Contents
Contents
WelcomeChair, IHTC-15 ·················································· 1
President, HTSJ················································· 2
President, AIHTC ··············································· 2Vice President, SCJ ············································ 3
Prime Minster of Japan ········································ 3
Acknowledgments ·············································· 4General Information
Registration, Name Badges, Tickets ······················· 6
Welcome Reception ············································ 6Lunches ··························································· 6
Refreshment Breaks ··········································· 6
Conference Banquet ··········································· 6
Farewell ··························································· 6
Questionnaire to Facilitate Food Saving ·················· 7
Smoking ··························································· 7
EventMobile app for IHTC ···································· 7
Wireless Network System ···································· 7
Conference Proceedings ····································· 7
IHTC Digital Library (IDL) ····································· 7
Cover page—Gaifukaisei (Katsushika Hokusai)— ····· 8
IHTC Logo ························································ 8
Global Information ·············································· 8Technical Program
Important Notes to Presenters, etc. ·······················10Floor Map ························································ 11
Schedule at a Glance ········································· 12
Plenary and Fourier Lectures ·······························14
Plenary Panel Session ·······································15
Keynote/Award Sessions in Parallel ······················16Panel Session ·················································· 28

General Sessions in Series ································· 29
General Sessions in Parallel ······························· 94
Awards ·························································· 118
Exhibitors ······················································ 120
Japan & Kyoto
Maps of Japan & Kyoto City ······························ 122
Education System in Japan ······························· 123
Kyoto (Heian-kyo) ··········································· 123
Largest Full Moon of the Year: 10th, Sunday········· 124
Special Tour: 13th, Wednesday·························· 124
Ikebana Experience: 14th, Thursday ··················· 124
Gozan-no-Okuribi: 16th, Saturday ······················ 124
Miscellaneous Topics
History of IHTCs ············································· 126
Personal Memories of IHTCs ···························· 127
Special Public Seminar ···································· 128
Joule Energy Contest (JENECON) ····················· 129
Young Researcher Meeting (YRM) ····················· 130
Word Heritage ················································ 131
Cold and/or Hot Breaks ···································· 133
Committees, Author Index, Statistics, End-Credit Rolls
Meetings ······················································· 136
AIHTC ·························································· 136
IHTC-15 Committees ······································· 137
Author Index ·················································· 139
Statistics ······················································· 153
End-Credit Rolls ············································· 154
Memo
Announcement of IHTC-16, Beijing, 2018

Welcome
WelcomeWelcome to the historic city of Kyoto and to the 15th International Heat
Transfer Conference (IHTC-15), 2014.
Heat transfer, a major academic discipline originating from seminal studies ofthermal non-equilibrium phenomena, has grown to include the science oftransport phenomena for ions, electrons, and chemical species. This discipline
deals with essential fundamentals such as energy, materials, food and water,
and also with a range of technologies that support modern lifestyles. Heattransfer is now a vitally important field, as scientists and engineers facedifficult challenges: development of cutting-edge technologies for highly
efficient energy systems, massive information/communication equipment,
high-value-added manufacturing, and for comfortable living environments, toname just a few. Due to its enormous scope and impact, the field of heattransfer is often called “thermal science.”
For more than 60 years, IHTC events, nicknamed “Heat Transfer Olympics,”
have achieved worthy goals by offering unique opportunities for scientists andengineers to gather together, exchange state-of-the-art knowledge, anddevelop personal networks. This year’s Organizing Committee has continued
IHTC traditions while improving certain aspects, so that IHTC-15 will meet therequirements of the rapidly changing scientific environment in the 21st century.
First, we employed a rigorous review process for submitted manuscripts toensure that the archive of contributed papers will be of journal quality. As aresult, from the initially received collection of 1300 extended abstracts, 700 full
papers were finally accepted for IHTC-15. To facilitate lively discussions, all ofthese papers will be presented in oral sessions, unlike the poster sessions ofprevious IHTCs. These documents will be officially registered and included in
the Begell House IHTC Digital Library along with all previous IHTC papers.

In addition to exploring traditional research areas, IHTC-15 asks an importantquestion in order to better serve society: “What is the role of thermal science inmeeting societal challenges?” Clearly, we face major issues such as ensuring
sustainable development, maintaining healthy ageing, providing sufficient foodfor all, and stimulating economic growth, and we need to develop scientificand technological solutions. Successfully meeting these challenges requiresthat we shape our current and future roles more concretely, and formulate aninterdisciplinary framework for collaboration among colleagues active across awider range of physical, life, and information sciences. Therefore, in addition
to 30 keynote lectures, we have invited prominent scientific leaders andpioneers to deliver lectures and speak on panels. The Conference Program isnow enriched with several special events such as the Special Public Seminar,
the Joule Energy Contest, and the Young Researchers Meeting.
We are committed to making your time in Kyoto as enjoyable and productive
as possible. To facilitate this process, we are providing the EventMobile app
for mobile devices, so you can easily access information about technicalprograms, session rooms and speakers, and also customize a personalschedule. To nourish your body as well as your mind, we have ensured theprovision of quality Japanese food, “Washoku,” which was designated an
intangible cultural heritage by UNESCO earlier this year. We hope you will
enjoy exploring traditional Japanese culture around Kyoto. If you extend yourstay, you can experience the Gozan Fire Festival in Kyoto that takes place on
Saturday evening, August 16, an event with an ancient history that is both
exciting and profound.
Finally, I am grateful to the Science Council of Japan, the Heat Transfer
Society of Japan, the International Centre for Heat and Mass Transfer, andnumerous cooperating technical societies and companies, for their generous
supports. I would also like to express my sincere thanks to the members of theAssembly of IHTCs, all IHTC-15 Committee members, the secretariat, andstudent aids, for their enormous contributions in organizing and running thisoutstanding conference.

Nobuhide Kasagi

Conference Chair
Vice President, The Assembly for International Heat Transfer Conferences
Deputy Director-General, Center for Research and Development Strategy,
Japan Science and Technology Agency
Professor Emeritus, The University of Tokyo1

Welcome
Welcome Greetingsfrom the Heat Transfer
Society of Japan (HTSJ)

Welcomefrom the Assembly forInternational Heat Transfer
Conferences (AIHTC)

On behalf of the Heat Transfer Society of Japan (HTSJ), I am pleased toextend my hearty welcome to all IHTC-15 participants in Kyoto.

The Assembly for International Heat Transfer Conferences (AIHTC), alongwith its delegates and 23 member national organizations, is delighted towelcome all the participants from around the world to the 2014 International
Heat Transfer Conference in Kyoto, Japan, held under the joint-sponsorship of
the Science Council of Japan and the Heat Transfer Society of Japan.

The HTSJ was established in 1961 after carrying out much challenging
research, at the dawn of heat transfer studies in Japan. Since then, heattransfer research in Japan has burgeoned not only along fundamental lines
but also in newly developed interdisciplinary fields of micro- and nano-scale
phenomena, bio-heat and mass transfer, chemical reactions, interfaces,
quantum phenomena, electronics, and various energy-related phenomena.
Research on a broad range of fronts has contributed to the realization ofsuperlative energy saving technologies in Japan.
The 50th HTSJ anniversary ceremony was held in November, 2011; wereviewed 50 years of concerted effort and embarked on a new era ofinnovations. To commemorate this occasion, the HTSJ established a newinternational prize, the “Nukiyama Memorial Award,” to be awarded to a
globally distinguished researcher every two years. The second presentation ofthis award will be celebrated during IHTC-15.
The previous IHTC in Japan was the 5th IHTC, held in Tokyo in 1974, forty
years ago. It is our great pleasure to host the IHTC again, and I hope allparticipants will have a comfortable stay and enjoy not only fruitful technicaldiscussions, but also traditional Japanese culture, food and nature in theancient capital city, Kyoto.

Ken Okazaki

President, The Heat Transfer Society of Japan
Professor, Tokyo Institute of Technology

2

The AIHTC was founded in Chicago in 1966 to provide a worldwide forum forthe presentation, discussion, and identification of future directions andpriorities in the various domains of thermal science and engineering. This 15th
IHTC is a testament to the wisdom of the founders of AIHTC and to the vitalityof the international thermal science and engineering community. The Heat
Transfer Society of Japan has been a stalwart member of the AIHTC since its
earliest days, serving as co-host of the 5th International Heat Transfer
Conference in Tokyo in 1974, nurturing this domain of science and technology
through its annual National Heat Transfer Symposium and its Thermal
Science and Engineering Journal, and co-hosting us once again at this 2014
IHTC.
These two Conferences, 40 years apart, along with the active participation ofJapanese researchers and engineers in the quadrennial IHTC’s, serves toshowcase Japan’s continuing contributions on the world stage and its pivotal
role as a major international center for heat transfer and thermal engineeringresearch and development.
We look forward to an outstanding IHTC-15—good science, good friendship,
and good food!

Avram Bar-Cohen

President, The Assembly for International Heat Transfer Conferences
Distinguished University Professor
University of MarylandWelcome
Welcome Address

Messagefrom the Prime Minister of Japan

It is a great pleasure for me, as Science Council of Japan representative, towelcome all of you to the 15th International Heat Transfer Conference(IHTC-15).
Science Council of Japan is an organization representing a broad range of theJapanese scientific community in the fields of humanities, social sciences, life
sciences, physical sciences, and engineering. Our main purpose is to fulfill thediverse social responsibilities of the Japanese scientific community throughthe development of science.
Since its establishment in 1949, Science Council of Japan has constantly
promoted international exchange in science through its cooperation withacademic organizations from around the world. To this end, we have hosted
international conferences in Japan, and sent researchers to conferences held
abroad.
By co-hosting this International Conference with the Heat Transfer Society ofJapan, I am especially delighted to have this opportunity to welcome
world-renowned scientists in this field to Kyoto, and I expect that their lectures,
papers, and panel discussions, will inspire significant communication andcontribute to further progress. IHTC-15 is a particularly opportune occasion toshare and appreciate progress at the frontier of heat transfer research, andensure that the fruits of our research bring maximum benefit to humankind.
I would like to thank all the supporters and organizing committee members,
and I share their hope that IHTC-15 will be a resounding success. I also hopethat each of you will have an enjoyable and memorable stay in Kyoto and gaina deeper understanding of Japanese culture.

Fumiko Kasuga

Vice-President, Science Council of Japan
Director, National Institute of Health Sciences, Ministry of Health, Labour andWelfare, Japan(Photo is permitted only on the hardcopy)© Courtesy of Cabinet Public Relations Office, the Government of JapanI am pleased to extend my hearty welcome to all participants from all over theworld on this occasion of the opening ceremony of the 15th International Heat
Transfer Conference in Kyoto.
I am happy to express that the conference is held under the joint-sponsorshipof the Science Council of Japan and the Heat Transfer Society of Japan.
I wish a great success of this international conference for advancement in thefield of Heat Transfer.

Shinzo Abe

Prime Minister3

Acknowledgments
Hosting Organizations
The Heat Transfer Society of Japan
Science Council of Japan

Umbrella Organization

The Assembly for International Heat Transfer Conferences

Supporting Organizations

International Centre for Heat and Mass Transfer
The Japan Society of Mechanical Engineers
The Society of Chemical Engineers, Japan

Cooperative Organizations
Kyoto City
Kyoto Prefecture
Kyoto Convention Bureau
Kyoto City Board of Education
Kyoto Prefectural Board of Education
Japan Science and Technology Agency
Institute of National Colleges of Technology

Architectural Institute of Japan
Atomic Energy Society of Japan
Combustion Society of Japan
Cryogenics and Superconductivity Society of Japan4

Gas Turbine Society of Japan
Heat Pump & Thermal Storage Technology Center of Japan
Hydrogen Energy Systems Society of Japan
Japan Society of Energy and Resources
Japan Society of Thermophysical Properties
Japan Solar Energy Society
Society of Automotive Engineers of JapanThe Japan Society for Aeronautical and Space Sciences
The Japan Institute of Energy
The Japan Institute of Marine Engineering
The Japan Society of Calorimetry and Thermal Analysis
The Japan Society of Fluid Mechanics
The Japan Society of Refrigerating and Air Conditioning Engineers
The Japanese Society for Multiphase Flow
The Society of Heating, Air-Conditioning and Sanitary Engineers of JapanThe Thermoelectrics Society of JapanThe Visualization Society of Japan

Sponsors
Begell House Inc.
http://www.begellhouse.com/

Kameyama Candle House
http://k-design.kameyama.co.jp/index.html

Suntory Holdings Limited
http://www.suntory.com/index.html

General Information
Registration, Name Badges, Tickets
Hours and Location
The registration desk will be located at the entrance hall of the Kyoto
International Conference Center and will be open during the following times:
Sunday,10 August
15:00 - 19:00
Monday,11 August
07:30 - 17:00
Tuesday,
12 August
07:45 - 17:00
Wednesday,
13 August
07:45 - 12:00
Thursday,
14 August
07:45 - 19:00
Friday,15 August
08:00 - 16:00
On-site Registration Fees
Regular*1
Student with Banquet*1
Student without Banquet*2
Accompanying Person*3

80,000 JPY
50,000 JPY
40,000 JPY
10,000 JPY*1 Includes admission to all technical sessions, conference proceedings dataon a USB flash drive, final program, name badge, welcome reception on Aug.10,
lunches on Aug. 11, 12, 14 and 15, conference banquet on Aug. 14, and break
refreshments.
*2 Includes admission to all technical sessions, conference proceedings dataon a USB flash drive, final program, name badge, welcome reception on Aug.10,
lunches on Aug. 11, 12, 14 and 15, and break refreshments.
*3 Includes name badge, welcome reception on Aug.10, and conference
banquet on Aug. 14.
* Students must present a valid student ID.
Name Badge
Each delegate registered for IHTC-15 will receive a name badge at theregistration desk. Admission to all conference functions is via the official
IHTC-15 badge only. Please wear your name badge at all times
Tickets
Each delegate will receive various tickets together with their name badge at theregistration desk. The number and type of tickets you receive depend on yourregistration category. Use your name holder to keep your tickets handy. The
conference organizers cannot reissue any ticket.

6

Welcome Reception
Sunday, 10 August, 18:30–20:00, Swan and Garden
Everybody with a name badge is welcome.

Lunches
Enjoy lunches in the designated lunch areas, Sakura and Swan. Pleaseexchange your lunch ticket of the day for a lunch box at the entrance to Sakura
and Swan.
In accordance with public health center guidelines, lunch boxes must be
consumed within the conference center. Thank you for your cooperation.

Refreshment Breaks
Refreshment services will be available during the following times near theentrance of Room A, Rooms C1 & C2, and Room D.
Monday,11 August
15:30 - 16:00
Tuesday,
12 August
08:00 - 08:35
16:00 - 16:30
Wednesday,
13 August
07:45 - 08:15
Thursday,
14 August
07:45 - 08:15
Friday,15 August
08:00 - 08:35
14:50 - 15:10

Conference Banquet
Thursday, 14 August, 19:00–21:00, Event Hall
Individual banquet tickets are required to enter the Event Hall. The Hall opens
at 18:15.

FarewellFriday, 15 August, 17:20–18:00, in front of Room D
Everybody with a name badge is welcome.

General Information
Questionnaire to Facilitate Food Saving(only for persons who skip at least one meal)
Although we are fortunate to have more than a thousand participants from 41
countries (as of July 9), predicting the required numbers of lunches and dinners
is extremely difficult. To minimize the amount of leftover food that will go towaste, please answer the questionnaire at:https://www.t.kyoto-u.ac.jp/survey/ja/aihtc/food-saving
no later than July 25, 2014. Those who kindly fill out the questionnaire will
receive a small token of our appreciation at the registration desk.

Smoking
Smoking is strictly prohibited anywhere other than in the designated smoking
areas outside.

EventMobile app for IHTC
TripBuilder Media EventMobile
EventMobile is a mobile app for conferences that helps
participants browse the conference schedule, check information
about speakers, view floor maps, check exhibits, createcustomized schedules, received alerts from the conference
office, and also connect with other participants.
Downloading the App
Enter <http://www.tripbuildermedia.com/apps/ihtc-15> inyour mobile device’s web browser. This link willautomatically detect your phone type and access theappropriate page where you can download the app. Or, justsnap the QR code & download the app now!
Login ID and Password
Only IHTC-15 participants can log in to EventMobile. Your ID and password will
be sent to you by email after you complete the registration process. The ID andpassword are also printed on your name badge sheet. If you registered onsite
or have forgotten your ID or password, please inquire at the registration desk.

To edit your information
Participants: To edit your profile on the Attendee List, tap the MyProfile icon on
the main screen and then tap the Edit icon in the upper right corner.
Speakers & Exhibitors: As a speaker, you can edit your entry in the Speakers
section of the app. As an exhibitor, you can edit your entry in the Exhibitors
section of the app. You should have received an email from TripBuilder Media
that includes a URL and login credentials to edit these data. Simply follow the
instructions in the TripBuilder Media email to edit your data and create pollquestions. If you have forgotten your ID or password, please inquire at theregistration desk.

Wireless Network System
Wireless network service will be available in the conference area of the Kyoto
International Conference Center. The network name and login code are printed
on your name badge sheet.

Conference Proceedings
Proceedings on USB drive
The conference program and proceedings of the keynote and general papers
will be distributed on USB drives.
Proceedings on Homepage
A special site on the conference homepage that has the conference
proceedings will go live during the conference. You will be able to access the
keynote and general papers from this site.
http://www.ihtc-15.org
A password is required to access this site and view the papers. The password is
printed on your name badge sheet.

IHTC Digital Library (IDL)The AIHTC and Begell House have agreed to establish an IHTC Digital Library(IDL). The IDL is an online archival library with an interactive web interface andadvanced search engine for the use of active researchers and engineers. It will7

General Information
contain past and future Proceedings of the International Heat Transfer
Conferences held under the auspices of the AIHTC Thus, all papers presented
will be uploaded and included in the IDL after IHTC-15.
http://ihtcdigitallibrary.com/

Cover page
—Gaifukaisei (Katsushika Hokusai)—
The picture on the cover page is a reproduction of an Ukiyo-e print of Mount Fuji.
Ukiyo-e is a style of woodblock printing that first emerged in the late sixteenth
century. Ukiyo-e are created using multiple woodblocks, each skillfully carved,
inked with a different color, and sequentially printed to produce single images.
This Ukiyo-e was made by Katsushika Hokusai, one of the most famous
Japanese artists of the 18th century Edo-period. Hokusai is best known as thecreator of the Ukiyo-e series “Fugaku Sanjurokei,” meaning thirty-six views ofMount Fuji, and the Gaifukaisei image is included in this series. “Gaifu” means
south wind and “Kaisei” means clear weather. The picture depicts the beloved
mountainside, dyed red by the dawn light of the sun on a clear summer day, andis also known as “the red Mount Fuji.”

and multi-scale heat transfer phenomena. The center sphere with the small
sphere on a ring stands for the sun and the earth, or a molecule with an orbiting
electron, while the outer arcs represent flame, heat conduction, and radiation.
This logo is now used on the conference homepage, conference program,
documents, USB drive, other related items, and by the IHTC Digital Library that
Begell House has established.

Global Information
The Greatest Heat Transfer on Earth
How many people are aware of it?

Mount Fuji, or Fuji-san, is the highest mountain in Japan, at 3,776m. An active
stratovolcano that last erupted in 1707–08, it was designated by UNESCO as a
World Heritage Site in 2013. [http://www.mtfuji.or.jp/en/]
From the standpoint of thermo-fluid dynamics, lenticular cloud formations above
Mt. Fuji are very famous and beautiful. You can enjoy spectacular images anddescriptions of various cloud formations at the following site:
60 INSANE CLOUD FORMATIONS FROM AROUND THE WORLD [PICS]
http://matadornetwork.com/bnt/60-insane-cloud-formations-from-around-the-wo
rld-pics/

IHTC Logo
A special logo for the IHTC was
authorized by the AIHTC on October 16,
2013, and introduced in 2014 for the
first time since the conference was held,in 1951. The logo shown here offers a
metaphorical expression of multi-modal

8

Comparison of the incoming solar radiation and outgoing terrestrial
radiation.
J. R. Eagleman, Meteorology, the Atmosphere in Action, 2nd ed.,Wadsworth Pub. Co. (1985).

Important Notes to Presenters, etc.
To presenters:
Please be sure to arrive at least 5 minutes before your session’s starting time, andplease inform the session staff of your arrival.
Only at the General Sessions:
The timing and duration of conference events is strictly controlled, using an
automatic timer that runs through each session. This way, events in one room aresynchronized with events occurring in other rooms. Please obey the following limits.

To chairpersons:

13 min.: presentation
5 min.: discussion
2 min.: transition

Please inform the session staff of your arrival prior to the start of the session.
Only at the General Sessions:
Please see the details in the instruction for the chairpersons distributed separately.
Even if a “no-show” occurs, please DO NOT jump ahead of the schedule.
To questioners/commentators:
Please clearly identify yourself before asking your question or making your comment.
10Floor Map

11

Schedule at a Glance
Sunday, 10
8:00

Tuesday, 12

A

B1 B2

C1 C2

D

E

F

G

H

I

J

K

8:00

9:00

9:00

10:00

10:00

11:00

11:00

12:00

12:00

13:00

13:00

14:00

14:00

15:00

15:00

16:00

16:00

17:00

17:00

18:00

18:00

19:00

19:00

Welcome Reception [18:30 - 20:00]

Monday, 11
8:00

A

KN01 KN02 KN03 KN04

12:00
14:00
15:00
16:00
17:00
18:00
19:00

12

C1 C2

D

E

F

G

H

I

J

K

13:30
session

11
15:30

10:00

16:00

session

12

18:00

KN05

Keynote [11:25 - 12:10]

Lunch
EVP1 TPA FCV1 TTR1

8:00
9:00

Fourier Lecture [10:10 - 10:55]

11:00
13:00

B1 B2

Plenary Lecture [9:10 - 10:10]

10:00

9:40

session

21

B1 B2

C1 C2

D

E

KN06 KN07 KN08 KN09 NMA KN10
EVP3 SOL1 MIN1 NMS ADS

F

G

H

I

J

K

Keynote/Award [8:40 - 9:25]

INV FCV3 HEX2 EEC1 TPP3 CDS3 ECS

11:40
Lunch
KN11 KN12 KN13 KN14 KN15
14:00

KN16
BM

Keynote/Award [13:00 - 13:45]

session

FBL1 SOL2 MIN2 HTE1 TBF BMA2 FCV4 HEX3 EEC2 TPP4 CDS4 EEF1

session

FBL2 SOL3 MIN3 HTE2

22
16:00
16:30
23

Coffee BreakFCV5 HEX4 EEC3 TST CDS5 EEF2

18:30

Wednesday, 13
Opening [8:40 - 9:10]

9:00

A

BMA1 MTR1 PPE

11:00
12:00
13:00

MLT TPP1 CDS1 EES1

14:00
15:00

Coffee BreakEVP2 TPB FCV2 TTR2

MNF MTR2 HEX1 FCL TPP2 CDS2 EES2

16:00
17:00
18:00
19:00

A
8:20

session

31

10:20
10:30
session

32

12:30

B1 B2

C1 C2

D

E

F

G

H

I

J

K

FBL3 TPF1

IPJ HTE3

FCV6 MFP NSM1 PMD1 RAD1 PLS

PBL1 TPF2 RNE HTE4

FCV7 ACR NSM2 PMD2 RAD2 TEL

Schedule at a Glance
3-letter Codes for General Sessions
Thursday, 14
8:00
9:00
10:00
11:00
12:00
13:00

A
8:20

session

41

10:20
10:30

session

42

B1 B2

C1 C2

D

PBL2 TPN1 TDY1 HTE5

E

F

G

H

I

J

K

CPM1 NCV1 GTB CND1 PMD3 RAD3 HPP1

PBL3 TPN2 TDY2 HTE6 Panel CPM2 NCV2 NMM1 CND2 PMD4 RAD4 HPP2
Session

12:30
Lunch

14:00

KN17

15:00
16:00
17:00

KN19

KN20 KN21 Keynote [13:50 - 14:35]

KN22 KN23 KN24

KN25 KN26 Keynote [14:50 - 15:35]

Plenary Panel Session [15:50 - 18:10]

18:00
19:00

Banquet [19:00 - 21:00]

Friday, 15
8:00
9:00
10:00
11:00
12:00

A
8:40

session

51

14:00

52

17:00
18:00
19:00

D

E

PBL4 TPS TDY3 HTE7 MCV

F

G

H

I

J

K

NCV3 NMM2 CND3 PMD5 SAT TMG1

KN27 KN28 KN29 KN30 DKA Keynote/Award [10:55 - 11:40]
12:50

16:00

C1 C2

10:40

13:00
15:00

B1 B2

session

14:50
15:10

Lunch
PBL5 TPM1 CNV1 HTE8

session PBL6 TPM2 CNV2 HTE953

OPT NMM3 CND4 PMD6 CMB1 TMG2
Coffee BreakNMT NMM4 FLM PMD7 CMB2 TMG3

17:10
Closing [17:20 - ], Farewell

ACR
ADS
BMA
CDS
CMB
CND
CNV
CPM
ECS
EEC
EEF
EES
EVP
FBL
FCL
FCV
FLM
GTB
HEX
HPP
HTE
INV
IPJ
MCV
MFP
MIN
MLT
MNF
MTR
NCV
NMM
NMS
NMT
NSM
OPT
PBL
PLS
PMD
PPE
RAD
RNE
SAT
SOL
TBF
TDY
TEL
TMG
TPA
TPB
TPF
TPM
TPN
TPP
TPS
TST
TTR

Air Conditioning and Refrigeration (1)Adsorption and Desorption (1)Bio and Medical Applications (2)Condensation (5)Combustion (2)Conduction (4)Convection (2)Computational Methods (2)Energy Conversion and Storage (1)Electronic Equipment Cooling (3)Energy Efficiency (2)Energy Environmental Systems (2)Evaporation, Droplet/Spray/Liquid Film (3)Flow Boiling (3)Fuel Cell (1)Forced Convection (7)Film (1)
Gas Turbine (1)Heat Exchanger (4)Heat Pipe (2)Heat Transfer Enhancement (9)Inverse Problems (1)Impinging Jet (1)Mixed Convection (1)Materials and Foods Processing (1)Measurement and Instrumentation (3)Molecular Transport (1)Manufacturing (1)Mass Transfer and Drying (2)Natural Convection (3)Nano/Micro Scale Measurement and Simulation (4)NEMS/MEMS (1)New Materials (1)Numerical Simulation (2)Optimal Control/Theory (1)Pool Boiling (6)Plasma (1)Porous Media (7)Photon, Phonon and Electron Transport (1)Radiation (4)Renewable Energy (1)Spray and Atomization (1)Solar Energy (3)Two-phase, Bubble Flow, Water Film (1)Thermodynamics (3)Thermoelectric Devices (1)Thermal Management (3)Two-phase, Application (1)Two-phase, Boiling/Condensation (1)Two-phase, Flow Behaviour (2)Two-phase/Multiphase Flow (2)Two-phase, Numerical Simulation (2)Thermophysical Properties (4)Two-phase, Spray/Droplet (1)Thermal Storage (1)Turbulent Transport (2)13Plenary and Fourier Lectures
11th, Monday
Room A
09:10 - 10:10
Plenary Lecture

10:10 - 10:55
Fourier Lecture

Science of Scientific Advice

Thermal Science and Engineering- From Macro to Nano in 200 Years
Hiroyuki Yoshikawa

Avram Bar-Cohen

Director, Center for Research and Development Strategy,
Japan Science and Technology Agency
Past President of the University of Tokyoand the International Council of ScienceJapan

Distinguished University Professor, PhD
President, Assembly for International Heat Transfer Conferences
Department of Mechanical Engineering
University of Maryland
U.S.A.

Abstract

Abstract

As the most part of society is affected by scientific knowledge, the wisdom of
its use is indispensable. The use contains various issues. As an example, heatis definitely a discipline in science, so scientists with special knowledge
research the heat. Looking at the heat in society, however, we find it
everywhere as complicated systems. In all artefacts such as machinery ofvarious kinds it often plays the major role. Heat is essential for household, too.

During the past 200 years thermal science and engineering has experienced aremarkable transformation of scale. Principles and theories that had been
established in support of steam engine development and design, at the meterand centimeter scale, are now routinely applied to the design and optimizationof nanoelectronic devices, at the micron and nanometer scale. This Fourier
Lecture will briefly review the genesis and foundations of the heat transfer
discipline and its formative years, continue with a recapitulation of the historyof the Assembly for International Heat Transfer Conferences, and then delve
into the evolution and “inward migration” of thermal packaging of electronics toillustrate this transformation of scale

Heat system of living beings is another which is to be admired. Thus, society isfull of heat systems and the governance of all is now a high priority for security
and sustainability; this requests the disciplinary mix even of fields other thanheat. Then, who will care and govern it? Definitely government is obliged to doit. As politicians or civil servants are not specialists in heat, they can act
correctly only when they receive right advices from scientists. In this lecture,
this role of scientists will be discussed more generally to depict new scientists
as a good advisor to government.

14

Plenary Panel Session
14th, Thursday
15:50 - 18:10
Room A“The Role of Thermal Science in
Meeting Societal Challenges”
N. Kasagi

Y. Bayazitoglu

Y. Jaluria

J. S. Lee

D. Poulikakos

P. Stephan

Moderator

Abstract

Prof. Nobuhide Kasagi
Japan Science and Technology Agency
The University of Tokyo
Japan

Science and technology are helping to drive solutions to current and future
global challenges. Economic progress in every community worldwide has
meanwhile become increasingly interdependent with massive traffic of
information and knowledge. Challenges related to ensuring sufficient foodand water, natural resources, quality healthcare, and a sustainable
environment for a growing population demand science, innovation andinternational dialogue. Addressing these challenges also depends upon
discoveries emerging from the convergence of physical, life, engineering,and social sciences in innovative ways that are most useful to society.

Panelists
Prof. Yildiz Bayazitoglu
Rice University
Department of Mechanical Engineering and Materials Science
U.S.A.
Prof. Yogesh Jaluria
Rutgers University
Department of Mechanical and Aerospace Engineering
U.S.A.
Prof. Joon Sik Lee
Seoul National University
Department of Mechanical and Aerospace Engineering
Korea
Prof. Dimos Poulikakos
Swiss Federal Institute of Technology in Zurich (ETH Zurich)
Switzerland
Prof. Peter StephanTechnische Universitat (TU) Darmstadt
GermanyWe, as a member of the world science community, are faced to several
important questions. What roles should scientists and engineers of thermalscience play in resolving various societal issues and leading furtherbalanced societal development? How research themes should bedesigned and set forth in order to respond to societal wishes while keeping
spontaneous motivation of researchers? How those issues and research
themes should be tackled with for more productive and innovative
outcomes?
This panel is focused upon these important questions by inviting leading
scientists. Some of the concrete issues are research on research planning,
public funding and its usage, promotion of research collaboration, linking
research outcomes to innovation, human resource development, norm ofscience, and scientific advice to policy, to name a few. Forward-looking
discussions empowered by international leaders of different views will
hopefully shape the role and responsibility of thermal science andengineering in the years to come.

15

Keynote/Award Sessions in Parallel
11th, Monday

Keynote (11:25 - 12:10)
Room B1

Stephan Kabelac
Helmut Schmidt University, Germany

11:25 KN01

Controlling Hydrodynamics, Heat
Transfer and Phase Change in Thin
Liquid Films and Drops
Dr. Tatiana Gambaryan-Roisman
Technische Universität Darmstadt,
Germany
Abstract
Many technological applications in energy and processindustry rely on transport processes and phase change in liquidfilms and drops. These processes also play an important role infabrication of patterns on substrates, for example, by inkjet printing
or dip coating. Controlling hydrodynamics and transport processes
in liquid films and drops is an important challenge in the variety of
applications. Most of the efforts towards the achievement of thisgoal have been focused on modification of substrates in contact
with films and drops, primarily through using structured wall
surfaces. In the present paper an overview of the phenomena
triggered by surface structuring and by alternative methods ofinfluencing films and drops is given. In particular, hydrodynamics
and heat transfer of films over substrates with spatially varying
thermal properties are considered.

16

Room B2

Room C1

Pedro Coelho
University of Lisbon, Portugal

Charl G. du Toit
North-West University, South Africa

Prof. António L. N. Moreira
University of Lisbon, Portugal

Prof. Josua P. Meyer
University of Pretoria, South Africa

KN02
Multi-scale Interfacial Phenomenaand Heat Transfer Enhancement

Abstract
Recent inventions in micron- and submicron- scale systems
driven by the rapidly expanding capability of micromachining
technology have shown tremendous benefits in flow processes inmany established and emerging fields of growing economic
importance and great potential for innovation. The detailed
understanding of the governing mechanism are at the heart ofrealizing many future technologies, but poses several newchallenges relating multidisciplinary scientific areas: surface
energy becomes increasingly important at the micron- andsubmicron- scales and processes turn out to be largely affected by
the physical geometry of the domain and the molecular structureof the surface.
Interfacial transport phenomena integrate information frommicrofluidics, surface chemistry, biological sciences, micro
fabrication, to develop research dedicated to improve an in-depth
understanding of the basic physics in the above fields, as well as
to provide useful information for direct applications. It refers tomass, momentum, energy and entropy transfer across and along
fluid/fluid and fluid/solid interfaces, including the interfacial kinetics
in multiphase combustion systems.
In this context, wettability becomes an important influential
parameter which can be changed by chemically treatment,
patterning, or only different material deposition onto the surface.
New micro/nano structured surface fabrication techniques allow
tailoring special lyophobic and lyophilic mixed surfaces with great
potential for miniaturized heat transfer devices and are currently
driving a renewable research interest for both, experimental andtheoretical, studies in multi-scale transport phenomena. This
paper intends to review the interfacial transport phenomena fromthe perspective of their potential to enhance both, the heat transfer
and the critical heat flux, in multi-scale heat transfer applications,
namely pool boiling, spray and droplet

KN03
Heat Transfer in Tubes in theTransitional Flow Regime

Abstract
Not much work has been done in the transitional flow regime
in tubes where the flow changes from laminar to turbulent flow.
This region has become more important with the introduction ofenhanced tubes as they give a good compromise between heattransfer and pressure drop, and therefore, more data is needed fordesign purposes. The purpose of this keynote paper is to give an
overview of the state of the art, to present some of the latest work,
to discuss it critically and to identify gaps and opportunities formore work that needs to be done. Challenges with experimental
work and methodologies will also be highlighted. The state of theart is discussed in terms of the definition of transition, different
heating and cooling boundary conditions, the effect of different
types of inlets for macro- and microtubes, the effect of relative tube
roughness, different types of geometries with specific reference toenhanced tubes, and the effect of different types of fluids ontransition including nanofluids. It is hoped that this paper will be
used as a guideline for future research.

Keynote/Award Sessions in Parallel
Keynote (11:25 - 12:10)
Room C2Luiz Fernando Milanez
University of Campinas, Brazil

11:25 KN04

11th, Monday

Room D

Room E
Shigenao Maruyama
Tohoku University, Japan

Heat and Mass Transfer in Wax
Deposition in Pipelines

KN05
Engineering Approach to Irreversible
Electroporation

Prof. Angela O. Nieckele
PUC-RIO, Brazil

Prof. Hiroshi Takamatsu
Kyushu University, Japan

Abstract
Wax deposition continues to be a critical operational problem
in crude oil pipelines operating in cold environments. Therefore,
accurate prediction of wax deposition rates and deposited wax
spatial distribution is invaluable information for the design ofsubsea lines. Unfortunately, wax deposition is a complex process
for which the mechanisms are still not fully understood. The
present paper is part of an ongoing research effort directed at
identifying the relative importance of the mechanisms responsible
for paraffin deposition. The research program encompasses
experiments at the laboratory scale and numerical simulations.
The experiments employ test sections with simple geometries withwell-defined and controlled boundary and initial conditions, using
simple oil-paraffin laboratory solutions, and with known transport
properties. The results obtained from these controlled experiments
are then compared to numerical simulations that try to faithfully
reproduce the experimental conditions. Contrary to theexperimental studies, the simulations studies permit that different
models proposed for deposition mentioned in the literature can betested individually, allowing, thereby, an assessment of the relative
importance of each of the deposition mechanisms. The present
paper focus on the comparison of measured and predicted laminarand turbulent deposition data obtained under controlled conditions
with numerical simulations of the conservation equations of mass,
momentum, energy and concentration. Based on the experimental
evidences, different deposition models were investigated. All
models predicted the same deposit thickness at steady state witha reasonable agreement with experimental data. However, thetransient evolution of the deposit was not well capture, indicatingthat the deposition mechanisms proposed in the literature still do
not proper represent the phenomenon.

Abstract
Irreversible electroporation (IRE) is a new less-invasive
therapy to treat abnormal tissues by applying a high voltage
between the electrodes inserted in the tissue. Since the cell
membrane exposed to the potential difference above a certain
threshold is permanently disrupted, the IRE has a potential tonecrotize cells without causing damage to the extracellular matrix(ECM), which is favorable for tissue regeneration during healing.
However, determining an optimal condition of electrodeconfiguration and applied pulses is critically important because anunderdose of electrical pulses makes abnormal cells remain alive,
while an overdose induces Joule heating of the tissue that causes
thermal damage to the ECM. Studies from engineering point ofview are therefore of great help to successful IRE. The present
keynote lecture is a review of the authors’ work associated with the
IRE which includes a three-dimensional numerical simulation toestimate electric field and temperature distribution aroundelectrodes, evaluation of cell destruction and thermal injury,
detectionofultra-shorttemperature
rise
using
a
thermo-responsive ink, detection of denaturation of protein using
Raman spectroscopy, and the IRE experiment withthreedimensional cell culture model.

17Keynote/Award Sessions in Parallel
12th, Tuesday
Room B1
Dimos Poulikakos
Swiss Federal Institute of Technology in Zurich, Switzerland

08:40 KN06

Recent Advances in On-chip
Cooling Systems:
Experimental Evaluation
and Dynamic ModelingProf. John R. Thome
Ecole Polytechnique Fédérale deLausanne (EPFL), Switzerland
Abstract
Extensive work on flow boiling in microchannels with the aimof cooling of electronics has been undertaken in the past decade.
With this knowledge in hand, the next step is to develop detailed,accurate and validated simulation codes for steady-state andtransient operation of (i) the entire thermal package(micro-channel evaporator, its inlet and outlet ports, the thermalinterface material and the electronic chip), (ii) the flow distribution
to multiple chips to be cooled in parallel, and (ii) the rest of thecooling system (condenser, accumulator, driver and controller).
First of all, the experimental results reported here will focus oncontrollability of the cooling systems under conditions ofsteady-state, transient, balanced and unbalanced heat loads on
two parallel pseudo-chips to mimic the real operation of a server
blade. The results show that the experimentally evaluated systems
are highly effective cooling solutions, providing significant
reductions in cooling energy consumption when compared withcurrent air-cooling systems, and guaranteed high uniformity andlow levels of the multiple chips’ temperatures.
Then, three different scales of simulation codes of thetwo-phase on-chip liquid pump loop are described: (i) thermalcooling package of one CPU, (ii) grouping of multiple thermal
packages operating in parallel, and (iii) the entire two-phasecooling loop with flow controls. Simulations are presented toillustrate the features and capability of these codes and to provide
evidence of the validity of using two-phase on-chip cooling as aneffective green electronics cooling technology.

18

Keynote/Award (08:40 - 09:25)
Room B2
Gad Hetsroni
Israel Institute of Technology, Israel

KN07
Heat Transfer in High-temperature
Volumetric Solar Receivers
Prof. Abraham Kribus
Tel Aviv University, Israel

Abstract
High conversion efficiency is key to the success andcompetitiveness of solar thermal power plants, and can beachieved with cycles based on gas turbines and combined cycles
that may reach around 30% solar-to-electricity efficiency. Thisrequires the difficult task of heating air with solar radiation to over
1,000°C for the gas turbine inlet. Volumetric receivers made fromporous ceramic structures can reach these temperatures but
currently their radiation-to-heat conversion is low, typically around
70% rather than the desirable range of over 90%. Modeling ofradiative and convective heat transfer in a volumetric receiver
enables analysis and optimization of the various geometric andmaterial-dependent properties to achieve a significant
performance improvement. The model represents the porous
medium as an effective or averaged medium with homogeneous
properties. A parametric study of the volumetric receiver
performance reveals several guidelines for improving the receiver
design. Optimization of geometry (higher porosity and larger
characteristic pore diameter) is insufficient, and improved
efficiency requires a significant increase in convection heattransfer beyond the normal behavior of ceramic foams, and areduction in thermal conductivity. Finally, spectral selectivity of theabsorber material can also help in further increase of efficiency, incontrast to the common opinion that it is effective only at low
temperatures.

Room C1
Neima Brauner
Tel Aviv University, Israel

KN08
Transfer Processes in Vortex Flow
Prof. Sergey Alekseenko
Russian Academy of Sciences, Russia

Abstract
Fundamentals of vortex dynamics in application to the
problems of power engineering are presented in the current
presentation. Recent advances in diagnostics and simulation ofvortex flows, multiphase media, flames and heat and masstransfer processes are presented. The basic vortex-based control
methods of transfer processes are considered; they are divided
into the passive (flow swirl, developed heat exchange surfaces
with fins, holes and microrelief) and active (mixing, periodic
forcing) methods. Examples of vortex technology application in
power engineering, including heat exchangers, burners, furnaces,
combustion chambers, hydroturbines and multiphase apparatusesof cyclone and condenser types, are described. In some technicalapplications several vortex devices and methods are usedsimultaneously, for instance, in coalwater fuel combustion
technology. The conclusions addressing efficiency of application ofvortex devices (methods) in different power engineering
challenges are made.

Keynote/Award Sessions in Parallel
Keynote/Award (08:40 - 09:25)
Room C2
Katsunori Hanamura
Tokyo Institute of Technology, Japan

08:40 KN09

Nanoscale Thermal Transport in
Thermoelectrics
Prof. Junichiro Shiomi
The University of Tokyo, Japan

Abstract
We investigate nanoscale thermal transport in thermoelectrics
by developing methodology to calculate multiscale phonontransport in crystals. With the anharmonic interatomic force
constants calculated from firstprinciples, accurate phonontransport calculations was realized by using the lattice dynamics ormolecular dynamics methods. The calculations have successfully
reproduced and predicted lattice thermal conductivity of various
materials in forms of not only single crystal but also solid solutions,where molecular dynamics method is particularly useful to capture
local variation of mass and force fields. With the capability to
calculate phonon transport properties in mode-dependent fashion,
influence of nanostructures on lattice thermal conductivity wasestimated by a simple boundary scattering model or more
rigorously by solving the phonon Boltzmann transport equation
with Monte Carlo method. This multiscale phonon transport
calculation is expected to help us understand and design bulk
nanostructured thermoelectric materials.

Room D
Masanori Monde
Saga University, Japan

Award Lecture
The Nukiyama Memorial Award
Heat Transfer at Interfaces
Prof. Gang Chen
Massachusetts Institute of Technology,
USA

Abstract
Research over the past three decades in understanding
micro/nanoscale heat transfer phenomena and mechanisms has
significantly broadened our knowledge base. Future vitality of the
field hinges on further advances in the fundamentals and theirapplication to real world problems. This talk will use examples toillustrate significant opportunities in thinking heat transfer atinterfaces --- interfaces between materials as well as between
boundaries. At the fundamental level, we witnessed the blurring of
the boundaries among heat transfer, physics, and chemistry.
Examples will be given including ballistic and coherent heat
conduction in solids, and the convergence of heat conduction andthermal radiation when the two surfaces are brought near contact.
New insights on heat transfer mechanisms led to opportunities indeveloping materials for heat transfer and energy applications
such as high thermal conductivity plastics and improved
thermoelectric energy conversion materials. Great opportunities
exist in taking the fundamental understandings and advanced
materials to develop innovative systems. Examples will be giving
including solar steam-generation and thermoelectric energy
conversion.

12th, Tuesday
Room E

Sebastian Volz
Ecole Centrale Paris, France

KN10
Experimental Inverse Problems:Potentials and Limitations
Prof. Denis Maillet
University of Lorraine, France

Abstract
Techniques for solving inverse problems as well as theirapplications are currently rapidly developing in all the different
domains of physical sciences and particularly in Heat Transfer.
These techniques are usually developed by appliedmathematicians, statisticians and signal processing specialists.
Experimentalists desiring to go beyond traditional data processing
techniques for estimating the parameters of a model with the
maximum accuracy feel often ill-prepared in front of inverse
techniques. This paper is devoted to the presentation of thecommon methodology that can be used by a heat transfer
specialist in order to solve either a parameter estimation problem(thermal characterization of a material for example) or a function
estimation problem (estimation of a transient heat flux at the front
face of a wall for example), starting from transient temperature
measurements inside or on the external boundaries of the physicalsystem. Once this common methodology shared by specialists ofmeasurement inversion techniques, modeling techniques andexperimental techniques, a very wide variety of tools (analysis of
the sensitivity matrix, variance-covariance matrix of estimates,
regularization and Bayesian techniques) are now available in order
to avoid biases at different levels of this kind of involved task.

19

Keynote/Award Sessions in Parallel
12th, Tuesday
Room B1
Theo H. van der Meer
University of Twente, The Netherlands

Room B2

Room C1

Michael Jensen
Rensselaer Polytechnic Institute, USA

Decoding Fundamental Boiling
Processes in Micro Domains- Experimental Challenges andOpportunities

KN12
The Role of Heat Transfer in Sunlightto Fuel Conversion Using High
Temperature Solar Thermochemical
Reactors

Bengt Sundén
Lund University, Sweden

Prof. Yoav Peles
Rensselaer Polytechnic Institute, USA

Program Director James F. Klausner
University of Florida, USA.

Prof. Krishnamurthy Muralidhar
Indian Institute of Technology Kanpur,
India

Abstract
Flow boiling in microchannels has been extensively studied
since the mid-1990. Accurate measurements at the micro scale
are very demanding, and as a result, fundamental knowledge
pertinent to boiling heat transfer in diminishing length scales isseverely lacking. The main obstacles include significant conjugate
conduction/convection processes and the lack of high frequency
synchronized temperature/flow visualization measurements.
Here we report on a new hybrid numerical-experimental
method that overcomes major obstacles inhibiting progress
pertinent to this important field. A new parameter, termed the S
coefficient, which allows accounting for the conduction process,and therefore, isolating the convection process, is introduced andnumerically calculated. It is then demonstrated on three highspeed experimental measurements. Surface temperature withmicron size thermistors are obtained at high frequencies(O(10kHz)); boiling events are simultaneously visualized and usedin conjunction with transient temperature measurements and the S
coefficient to infer processes controlling heat transfer in a
microchannel.
It was shown that high thermal conductivity substrates typicallyused to form microchannels, such as silicon and copper, are notsuitable for elucidating fundamental transient processes in
microchannels. Low thermal conductivity materials, such as Pyrex
and Benzocyclobutene (BCB), are more applicable. However, thiscan only be done through careful numerical analysis of the
conduction heat transfer within the solid structure used to form themicrochannel.

Abstract
The synthesis of fuel from sunlight is a research area that has
attracted significant attention in recent years due to the potential ofproviding a fully sustainable pathway for transportation. Due to thehigh energy density and the existing global infrastructure for fueltransport and handling, the storage of solar energy as a fuel is asuperior concept. The cost effective, solar thermochemical
production of Syngas, using non-volatile metal oxide looping
processes as a precursor for clean and carbon neutral synthetichydrocarbon fuels, such as synthetic petroleum, is the overarchinggoal of a number of research groups worldwide. The hightemperature solar thermochemical approach uses water andrecycled CO2 as the sole feed-stock and concentrated solar
radiation as the sole energy source. Thus, the solar fuel iscompletely renewable and carbon neutral. Highly reactive, highsurface area metal oxide porous structures are used to enable
CO2 and water splitting for the production of Syngas. Two criticalissues that drive the reaction conversion efficiency are chemical
kinetics and heat and mass transport within the solar reactor. This
lecture will consider the interplay between chemical reaction
kinetics and thermal transport within the solar thermal chemical
reactor. A framework for modeling the very complex multimodethermal transport within reactive porous structures will be
described. The concentrated solar thermal radiant transport into
the chemical reactor is simulated using a Monte-Carlo ray tracing
model. Heat transport within the reactive porous structures,
including conduction, convection, radiation, and chemical
reactions, is simulated using a thermal lattice Boltzmann model.
The model is used to guide reactor scaling and appropriate
operating conditions for efficient solar fuel production. The results
suggest that new material synthesis that enables thermal
reduction at temperatures below 1100°C can enabletransformative solar to fuel conversion technology.

Abstract
The authors of the present study have developed amathematical model of dropwise condensation on the underside ofhorizontal and inclined surfaces. The condensation process starts
with nucleation, proceeding to growth and coalescence, followedby the movement of unstable drops that initiates fresh nucleation
on exposed portions of the substrate. From the distribution ofdrops of various sizes, the instantaneous surface averaged heattransfer coefficient and wall shear stress are computed. The
largest drop diameter achieved depends on gravitational stability
with respect to the interfacial forces at the three-phase contact
line. Drop instability controls the periodicity of the condensation
process and so, the heat transfer coefficient and wall shear stress.
The developed model (i) simplifies drop shapes as spheroidal and(ii) assumes droplet coalescence process as instantaneous. To
examine the consequence of these two simplifications on theoverall dropwise condensation process, the sensitivity of the heattransfer coefficient and wall shear stress to drop deformation andcoalescence has been studied in the present work. The shape ofthe drop on the underside of an inclined surface has been
determined using a software tool based on the principle ofminimization of potential and surface energies. Velocity andtimescales of droplet coalescence are experimentally determinedfrom high speed imaging. With the drop shape correctly
determined, results show that improved wall shear stress and heattransfer coefficient are both smaller but the overall integrated
predictions are not severely sensitive to these additional details.
With coalescence, large heat fluxes attained for short time
duration do not contribute much to the surface-averaged value. On
the other hand, large wall shear stresses are momentarily created
and these can impact the life of surface coatings.

13:00 KN11

20

Keynote (13:00 - 13:45)

KN13
Influence of Drop Shape andCoalescence on Dropwise
Condensation over Textured
SurfacesKeynote/Award Sessions in Parallel
Keynote (13:00 - 13:45)
Room C2Xing Zhang
Tsinghua University, China

13:00 KN14

Entransy Theory for the Analysis
and Optimization of Thermal
Systems
Prof. Zeng-Yuan Guo
Tsinghua University, China
Abstract
New optimization methods are needed to increase the energy
efficiencies of various kinds of thermal systems as entropy theory
is not always suitable for optimizing heat transfer problems, suchas the derivation of Fourier’s law of heat conduction, volume topoint heat conduction, and counter-flow heat exchangers, whichlead to the development of the new quantities of entransy,
entransy dissipation and the corresponding optimization principle.
Entransy is of the nature of “potential energy” because it is in fact
the simplified expression of potential energy of thermomass, which
describes the heat release capability during a time period. Unlike
the traditional definition of thermal resistance, the entransy
dissipation thermal resistance (EDTR) is defined, which may
describe the irreversibility and optimization of various heat transfer
process not related to heat-work conversion. A temperature-heattransfer rate (T-Q) diagram is also introduced, which cangraphically calculate the entransy dissipation rate of heat transfer
processes and be used to conveniently optimize thermal systems.
Then a brief review is made on applications of the minimum EDTR
principle and T-Q diagram for optimization of different thermal
systems, including a heat exchanger couple, a single stream heatexchanger network and chemical processes with recuperation
technologies. Comparisons of the optimized results for different
thermal systems indicate that the minimum EDTR principle, rather
than the minimum entropy generation principle, should be used to
optimize the thermal systems without heat to work conversion.
Finally, a global optimization method is then given for thermal
systems with the EDTR as an intermediate parameter withapplications to a building central chilled water system, a district
heating network and a spacecraft heat exchanger network.

Room D
António Luis Moreira
University of Lisbon, Portugal

KN15
Flow Boiling Heat Transfer and
Two-Phase Flow in Microgravity
Dr. Giuseppe Zummo
ENEA C.R. Casaccia, Italy

Abstract
Flow boiling heat transfer can provide high heat transfer rates
due to latent heat transportation. Its possible use is therefore
potentially important to reduce size and weight of cooling systems
in space platforms and satellites. A comprehensive knowledge isalso important for the safe operation of existing single-phasesystems in case of accidental increase of heat generation rate.
For space applications and appropriate design of components
accommodating flow boiling heat transfer, it is important tounderstand the influence of microgravity conditions on forced
convective boiling heat transfer.
The number of existing researches on flow boiling in reduced
gravity is very small due to large heat loads required and reduced
available room in a 0-g apparatus for experiments, as well ascomplexity of the experimental facility for microgravity
environment. This lecture will summarize the results of the few
researches carried out on flow boiling heat transfer in microgravity,
discussing flow pattern, heat transfer coefficient, critical heat flux,
with a particular emphasis to the recent experiments carried out at
ENEA. The experiments were carried out at low gravity during the
ESA (European Space Agency) parabolic flights campaign ofNovember 2013. The paper will show the analysis of differences
between flow patterns and vapor bubble parameters at normal andat zero gravity.

12th, Tuesday
Room E
Helcio OrlandeFederal University of Rio de Janeiro, Brazil

KN16 / Award Lecture
The William Begell MedalWays Toward Targeted Freezing or
Heating Ablation of Malignant
Tumor:
Precisely Managing the Heat
Delivery inside Biological Systems
Prof. Jing Liu
Chinese Academy of Sciences, China
Abstract
The minimally invasive freezing or heating ablation of tumor,
commonly known as cryosurgery or hyperthermia, is increasingly
adopted as an important weapon to attack cancer disease. A mostcritical issue impeding the success of such physical therapies liesin the precise delivery of external heat or cold to the target tissues,
which however still remained a tough challenge so far. This article
aims to synergistically discuss the hyperthermia and cryosurgicalablation modalities together by way of their common temperature
variation basis. It is dedicated to comprehensively interpret theclinics oriented complex multi-scale bioheat transfer issues eitherwith or without phase change and summarize the author lab’s
efforts toward a highly conformal ablation in order to effectively
overcome the ubiquitous shortcomings facing conventional
strategies. The topic covers treatment planning, precise
management of heat transport from cell to organ level as well as
development of therapeutic materials, and devices therein. Criticalfactors to result in irregular bioheat transfer were briefly outlined.
Selective administration of multi-array heating or freezing probes
or their combinations either in space or temporal category torealize desired conformal ablation were illustrated. Further,nanotechnologies mediated hyperthermia or cryosurgery wasespecially evaluated. In addition, medical images such as MRI
guided ablation including nanoparticles enhanced heat transfer totackle irregular tissues or discrete vessels were discussed. Lastly,
several latest freezing or heating biomedical technologicalmodalities were commented, with translational medical prospects
explained. It is expected that a precise understanding, planningand managing of heat transport inside the target tissues will drive
the way for future high quality tumor treatment.

21

Keynote/Award Sessions in Parallel
14th, Thursday
Room B1
Subhash Mishra
Indian Institute of Technology Guwahati, India

13:50 KN17

Heat Transfer Challenges in Novel
Power Cycles for Concentrating
Solar Power
Prof. Pradip Dutta
Indian Institute of Science, India

Abstract
The demand for distributed and scalable solar thermal power
plants necessitates the use of novel power cycles which are
efficient and cost effective at low to medium scales. For regions
pertaining to high insolation intensities, the supercritical CO2
based Brayton cycle is now recognized to be a suitable candidate,having potential to yield high efficiencies at moderate operating
temperatures of about 700°C. However, development ofcomponents for such power cycles, such as solar receivers,
recuperators and storage systems involve significant heat transfer
challenges which are highlighted in the present paper. For
moderate insolation intensity areas, the Organic Rankine Cycle(ORC) is found to be suitable for multi-scale operation. However,high efficiency ORCs require high temperature organic working
fluids which are generally flammable, thus requiring thedevelopment of novel power cycles with stable organic fluid
mixtures. There are challenging heat transfer issues with thedesign of heat exchangers with these organic fluid mixtures, which
are also discussed and highlighted in the present paper.

22

Keynote (13:50 - 14:35)
Room B2

Room C1
Steven Armfield
The University of Sydney, Australia

KN19
Correct Representation of Flow andHeat Transfer Fields
Prof. Gordon D. Mallinson
The University of Auckland,
New Zealand

Abstract
The correctness of methods used to visually represent
numerically sampled heat transfer vector fields is considered fromtwo perspectives, accuracy and the ability to correctly portray theproperties of the fields. The sources of errors in commonly usedalgorithms are discussed and their effects illustrated for naturalconvection flows. In particular the algorithm most usually used in
CFD visualisation packages is demonstrated to produce
unrealistic visualisations, whereas algorithms that use
interpolations derived from scalar and vector potentials do not.
Methods of generating these potentials, via the Helmholtz
theorem, are applied to conduction and convection heat fluxes
together with the energy transport vector. The derivation of asimple method that obviates the need to explicitly apply heat flux
boundary conditions during a post processing stage has thepotential to encourage more widespread use of potential based
methods. Examples show how vector fields with non-zerodivergence can be visualised using these methods and some,such as the conduction heat flux field, provide new interpretive
visualisations of heat transfer processes.

Keynote/Award Sessions in Parallel
Keynote (13:50 - 14:35)
Room C2
13:50

Room D
Leonid A. Dombrovsky
Russian Academy of Sciences, Russia

KN20
Volumetric Laser or Solar Heatingwith Plasmonic Nanoparticles
Prof. Yildiz Bayazitoglu
Rice University, USA.

Abstract
Over the past two decades, much effort has been focused on
developing plasmonic nanoparticles, not only by means of new
methods but also by using new materials to allow absorption of the
maximum amount of energy at a given wavelength by laser orsolar light, depending on their size, shape and composition. These
plasmonic nanoparticles have many uses from biomedical toelectronic applications. Here we review their progress as related toassisting the increase in localized temperature of the medium bymeans of laser or solar energy. A brief discussion of solid
nanosphere, nanodisc, nanoshell, nanorod, nanobelt andnanocage nanostructures and their optical properties is provided.
Selected groups of nanoparticles as applied to volumetric laserand solar heating applications are also discussed. Finally a single
plasmonic nanoparticle use for localized and nanosize near fieldlaser heating for heat assisted magnetic recording, and themultiple plasmonic nanoparticle use for local laser heating forcancer therapy, and for solar energy steam generation for power
generation, distillation and sterilization are presented.

14th, Thursday
Room EJohn R. Thome
Ecole Polytechnique Federale de Lausanne, Switzerland

KN21
The Rational Nanostructuring ofSurfaces for Extreme Icephobicity
in Nature and Technology
Prof. Dimos Poulikakos
ETH Zurich, Switzerland

Abstract
Icing of surfaces is commonplace in nature, technology andeveryday life, bringing with it sometimes catastrophic
consequences. Superhydrophobic surfaces, with micro- , nano-, or(often biomimetic) hierarchical roughnesses, have shown inlaboratory setttings excellent repellency and low adhesion to water
down to temperatures near the freezing point. For extreme
icephobicity, however, additional important functionalities (inaddition to superhydrophobicity) are required. Despite progress,
suppressing ice formation passively with a rational methodology
leading to the design of surfaces with extraordinary resistance toice formation and adhesion under a variety of conditions remains
elusive. Here we highlight our recent and, in this context, otherrelated work in this area and present unexpected results on ice
formation on surfaces. We show that homegeneous nucleation
starting at the free surface of a droplet can become the preferred
ice nucleation mode over the widely accepted heterogeneous
nucleation. We discuss a new mechanism for the freezing ofundercolled droplets on surfaces, explaining also how frost can
propagate in dry environments. Finally we focus on the sciencebase of deterministic surface texture design leading to extreme
icephobicity. Employing (necessarily) knowledge from thecrossroads of nucleation thermodynamics, fluid dynamics and(surface) nananoengineering, we show how surfaces can bemade, where, for example, atí & WKH LFH QXFOHDWLRQ RI D
sessile mm-size water droplet supercooled at the same
temperature is remarkably delayed by over 25 hours. Equallyremarkable are results demonstrating complete surface drop
impalement resistance (complete rebound) at -30 °C for drop
impact velocity of 2.6 m/s.

23

Keynote/Award Sessions in Parallel
14th, Thursday
Room B1
Yasuyuki Takata
Kyushu University, Japan

14:50 KN22

DNS and Advanced Laser
Diagnostics of Turbulent
Combustion
Prof. Mamoru Tanahashi
Tokyo Institute of Technology, Japan

Abstract
Detailed understanding of turbulent combustion phenomena isvery important to develop high efficiency combustors which
contribute to resolve global environmental issues. Since turbulent
combustion involves strong interactions between turbulence andcombustion
reactions,highly-sophisticatedmeasurement
techniques and numerical simulations both for fluid motion andflames are required. In this talk, current state and perspective bothof laser diagnostics and direct numerical simulations (DNS) of
turbulent combustion are provided. For laser diagnostics,
state-of-the-art stereoscopic particle image velocimetry (PIV) for
turbulence research is combined with advanced planar laser
induced fluorescence (PLIF) techniques such as simultaneous
multi-radicals highspeed PLIF and stereoscopic PIV are presented
and investigations on local flame structure, global/local flame
dynamics and three-dimensional flame structures are surveyed.
As for DNS of turbulent combustion, after presenting recent
progress in combustion DNS, possibility of perfect simulations of
IC engine is shown based on the perspective of DNS of turbulent
combustion.

24

Keynote (14:50 - 15:35)
Room B2
Denis Maillet
University of Lorraine, France

KN23
Transfers in Porous Media
Research Director Michel Quintard
Institut de Mécanique des Fluides deToulouse, France

Abstract
Modelling heat transfer in porous media requires to take into
account multiple-scale aspects inherent to porous media
structures. Several methodologies have been developed to
upscale the equations at a lower-scale and to obtain upper-scalemodels as it is outlined in a brief review based on a simple heat
conduction example proposed in the first part of this paper. The
more general and classical problem of heat transfer in porous
media is reviewed in this paper with the emphasis on the fact thatdifferent behaviours and hence different models emerge at a given
macro-scale, depending on the interplay of the various
characteristic times and lengths characterizing the problem.
Various classes of models are discussed and their relationships
outlined. Extensions to more complicated problems of heattransfer in porous media are discussed: coupling with massdiffusion, effect of heat sources, radiation, boiling, etc.

Room C1
Patrick H. Oosthuizen
Queen's University, Canada

KN24
Transport and Mixing Mechanisms
in Littoral Waters Induced by
Absorption of Radiation
Prof. John C. Patterson
University of Sydney, Australia

Abstract
This paper provides a bibliographical review on the unsteadynatural convection in littoral waters induced by daytime radiative
heating and further addresses recent and ongoing related
investigations. The flow under consideration is an internally heatedconvection with an imposed boundary forcing. The directabsorption of the incoming radiation forms a stable thermal
stratification, whilst the residual radiation reaching the bottom isabsorbed and released back to the water body as a boundary flux,
forming a potentially unstable thermal stratification adjacent to thebottom surface. Consequently, the differential heating intrinsically
imposed by the varying topography drives the cross-shore
circulation (i.e. horizontal convection), and the thermoconvective
instability of the potentially unstable bottom thermal boundary
layer induces the depthwise circulation (i.e. vertical mixing) in theform of rising plumes. Investigations have been widely conducted
via analytical, experimental, numerical and scaling approaches tocharacterise the flow and stability mechanisms and theirdependences on controlling parameters.

Keynote/Award Sessions in Parallel
Keynote (14:50 - 15:35)
Room C2
14:50

Room D
Josua P. Meyer
University of Pretoria, South Africa

KN25
Investigation of Nanoscale Heat
Transfer with Highly Versatile
Phase-locked ThermoreflectanceProf. Pamela M. Norris
University of Virginia, USA.
Abstract
The precision of Time Domain Thermoreflectance (TDTR)
measurements is often limited by the small data signal relative to alarger background noise. In order to reduce this noise, we propose
the implementation of low-cost digital logic circuitry to phase-lockthe optical detection scheme with the source laser frequency.
Materials with small coefficients of thermoreflectivity, for example,
yield a low signal, while experimental conditions, such as low
modulation frequencies, may yield large noise levels. Either caseleads to low signal-to-noise results preventing precise TDTR
measurement results. The digital phase-locking procedure
discussed in this paper can increase the signal-to-noise ratio by
nearly a factor of four, thus making a wider array of measurements
possible. The importance of a phase-locked system is discussed
experimentally and theoretically and the design of the digital circuit
is described. Thermoreflectance measurements of Al and Ni on Si
are presented to display the significant improvement in the results
after the phase-locking procedure is conducted.

14th, Thursday
Room E
Anton A. van Steenhoven
Eindhoven University of Technology, The Netherlands

KN26
Multiscale Modeling Approaches ofTransport Phenomena in Fuel Cells
Prof. Bengt Sundén
Lund University, Sweden

Abstract
Modeling is of key importance in fuel cell development beyond
the current-state-of-the-art because it is beneficial to understandthe mechanisms of various interacting phenomena and effects on
the cell performance. It is also hard to measure the local
parameters inside fuel cells, particularly inside the small scale
functional materials. Modeling and simulation of charge transfer
and electrochemical performance are critical to enableoptimization of the geometry and performance. For macroscalemodeling, the micro- and nano-structure related properties
defining a porous media, e.g., the porosity and tortuosity and thespecific area available for surface reactions are required. Thus thecoupling of models valid at various scales is important forcontinued progress in the development of fuel cells. Within thispaper both macroscale and micro-/nanoscale modelingapproaches are presented for the fuel cell types SOFC (solid oxide
fuel cell) and PEMFC (polymer electrolyte membrane fuel cell). In
particular the electrodes, electrolyte and unit cells are considered.
Some relevant results are provided.

25

Keynote/Award Sessions in Parallel
15th, Friday

Keynote/Award (10:55 - 11:40)
Room B1

Xing Zhang
Tsinghua University, China

10:55 KN27

Recent Studies on Surface
Roughness and Wettability Effects
in Pool BoilingProf. Ping Cheng
Shanghai Jiaotong University, China

Abstract
Recent analytical, numerical and experimental studies onroughness and wettability effects in pool boiling from horizontal
heated surfaces are summarized in this paper. Measurements on
nucleation bubble density, bubble departure diameter, departure
frequency, heat transfer coefficient, and critical heat flux (CHF) in
pool boiling from hydrophilic heated surfaces with micro-structures(micro-pillars and micro-cavities) and nanostructures (nano wires
and nano cavities) are compared. Thermodynamic analyses
based on changes in Gibbs free energy and availability arepresented, and wettability and microstructures effects on
nucleation radius, nucleation temperature and nucleation heat flux
are illustrated. A recent critical heat flux model based on a force
balance on a bubble, with the wicking force in the microstructuresand distortion of critical wave length taken into consideration, isshown to be in good agreement with experimental data. Lattice
Boltzmann simulation results for bubble nucleation, growth anddeparture from cavities on a heated horizontal surface with various
contact angles in pool boiling are presented.

26

Room B2

Room C1

Ulrich Gross
TU Bergakademie Freiberg, Germany

Leonid A. Dombrovsky
Russian Academy of Sciences, Russia

Prof. Reinhold Kneer
RWTH Aachen University, Germany

Prof. Igor Derevich
Bauman Moscow State Technical
University, Russia

Abstract
Impinging jets are central to a large amount of industrial
processes and applications, and as such have been investigatedextensively. Despite this fact, review of the literature shows that acomprehensive description for the flow and heat transfer of thebasic underlying laminar single-jet case has not been given.
Thereby the present study attempts to collect the understanding
gained by previous studies, together with that obtained in recent
studies by the authors, in a logical manner (following the flow), in
order to formulate such a description. While not necessarily
complete, more complex aspects such as turbulence, confinementand dissipation are not addressed, the present study takes a major
step towards a unified description of this fundamental
flow-configuration.

Abstract
Lecture is devoted to important scientific problems associatedwith synthesis of artificial oil. It will be discussed the following
achievements. Methods for modelling thermodynamic equilibriumin a multicomponent system of liquid, solid and gaseous synthetic
products are developed. These methods are based on modern
ideas of nonequilibrium thermodynamics and statistical physics.
Equilibrium compositions of liquid, solid and gaseous products arecalculated on the base of system of ordinary differential equations
that minimize the Gibbs energy of multicomponent mixture. Due tothe absence of database on thermophysical properties of solutionsof hydrocarbons with large number of carbon atoms the methodsof modelling the required properties were developed. On the basisof Ergun’s vacancy approach semi-empirical model of viscosity ofhydrocarbon mixtures in the liquid and gaseous phases in a wide
range of temperatures, pressures and concentrations is proposed.
Questions connected with occurrence of temperature andconcentrations auto-oscillations within catalyst granules withexothermic synthesis reactions are discussed. Based on modern
methods of stochastic processes various scenarios leading to athermal explosion of catalyst granules with internal heat release
were studied. In the present paper theoretical method based on
probability density function of random temperature of granules in afluctuating temperature of synthesis products is attracted. Basedon solving the system of stochastic ordinary differential equations
method of simulation the random temperature of granules influctuating temperature of products is designed. Aerodynamics
and mass transfer in a long microspore of structured synthesis
reactor was considered.

KN28
Flow Structures and Heat Transfer in
Submerged and Free Laminar Jets

KN29
Heat and Mass Transfer Processes
in the Fischer-Tropsch Reactor

Keynote/Award Sessions in Parallel
Keynote/Award (10:55 - 11:40)
Room C2
Sung Jin Kim
Korea Advanced Institute of Science and Technology, Korea

10:55 KN30

Performance Improvement of PEM
Fuel Cell with Enhanced Heat andMass Transport by Flow Pulsation
Prof. Min Soo Kim
Seoul National University, Korea

Abstract
The addition of oscillation effect into a laminar flow stream has
been well documented to increase the effective heat and masstransport in the open literatures. The fuel cell system, especially a
proton exchange membrane (PEM) fuel cell also consumes thehydrogen at the anode and the oxygen at the cathode to produce
electricity in the laminar and humid condition, producing water at
the cathode after the reaction. Hence, the proper water and fuelmanagement is a key factor to operate the fuel cell stably andefficiently. In this study, assuming that the velocity profile,concentration profile and pressure gradient along the channel
have sinusoidal motion, we investigate numerically the basic
characteristics of pulsating flow and effective mass diffusivity withrespect to the frequency and the amplitude as parameters.
Sequentially, we experimentally observe the acceleration of thewater removal along the channel and the enhancement of theoxygen diffusion rate through the gas diffusion layer caused byhigher effective mass diffusivity, thereby improving the operation
stability as well as the power performance. The polarization
behavior shows the power enhancement up to 100% in an air
breathing/cooling operation and the higher fuel utilization up to
98% in anodic dead end mode operation. Furthermore, we
observe the higher power gain when examining a fuel cell stackrather than a single cell, implying that the pulsation solves the flow
mal-distribution through a header inside a fuel cell stack. Finally,
additional power gain, in other words, contribution of pulsation
especially takes large portion in higher current loading region
where the fuel cell experiences a large water production and heatgeneration.

Room D

15th, Friday
Room E

Masahiro Kawaji
The City College of New York, USA

Award Lecture
The Donald Q. Kern Award

Flow Physics and Heat Transfer for
Jets in Crossflow-Applications in
Turbine Cooling"
Prof. Sumanta Acharya
National Science Foundation, USALouisiana State University, USA
Abstract
Modern gas turbine airfoils are subject to gas temperatures
greater than 30000F that exceed the thermal limits of the airfoil
material. Therefore, the airfoils have to be actively cooled. I n
f i l m c o o l i n g , the coolant air is bled off the compressor stagea n d is routed e x t e r n a l to the surface through inclined holes
drilled on the airfoil surface. The coolant jet exiting these inclined
holes is expected to provide a protective coolant film on thematerial surface. While a significant body of experimental andcomputational literature exists on the film cooling problem, afundamental understanding of how the major flow structures
influence mixing and surface temperatures is not available. Only
recently, in a series of papers, Large Eddy Simulation (LES)
techniques have been demonstrated to be effective in capturing
the range of anisotropic large scale structures, and in accurately
predicting the surface cooling effectiveness. In this talk, LES
simulation results are analyzed to understand the origin anddevelopment of flow structures including their spectral
characteristics in order to identify the structures that play animportant role on the temperature distributions near the surface(or the cooling effectiveness). These results indicate thesignificance of the more energetic lower frequencies on thesurface temperatures. Inlet turbulence and boundary conditions areshown to play an important role on the surface heat transfer
distribution. Strategies for exploiting the dynamics of the structures
either actively through pulsing or passively via geometricmodifications have been explored in the literature, and thesestrategies will be discussed in the presentation.

27

Panel Session
14th, Thursday
10:30 - 12:30
Room D“The Role of Thermal Science for
Nuclear Disaster Resilience”

T. Kunugi

J. Sugimoto

M. Kitamura

M. Corradini

Y. Hassan

Moderator

Abstract

Prof. Tomoaki Kunugi
Kyoto University
Head, Department of Nuclear EngineeringJapan

The Great East Japan Earthquake in March, 2011 triggered the accident at
the Fukushima Daiichi nuclear power plant in Japan. Several investigationcommittees in Japan have issued final reports, which include importantlessons learned from the accident. Moreover, a committee established by
the National Research Council of the US National Academy of Sciences isalso preparing a report to the Nuclear Regulatory Commission and theCongress for improving the safety and security of nuclear plants in the US.
Through those activities, the importance and necessity of “resilience in the
nuclear engineering” have been emphasized.

Panelists
Prof. Jun Sugimoto
Kyoto University
Department of Nuclear EngineeringJapan
Emeritus Prof. Masaharu Kitamura
Tohoku University
President, Research Institute for Technology Management Strategy
Japan
Prof. Michael Corradini
University of Wisconsin-Madison
Nuclear Engineering & Engineering Physics
U.S.A.
Prof. Yassin Hassan
Texas A&M University
Head, Department of Nuclear Engineering
U.S.A.

28

The IHTC-15 should give us an opportunity to explore what the resiliencein the nuclear energy utilization is and how to manage unexpecteddisastrous situations from a viewpoint of thermal science and engineering.
So, this panel is planned to first summarize the existing knowledge andexperiences related to the disaster resilience and then to clarify the criticaltechnological issues of nuclear reactor systems. We hope we will reach acoherent view on the resilience engineering among us regardless of
nuclear experts or not and will hopefully discuss how to develop humanresources serving with this indispensable knowledge in the future.
To help and enhance the discussion among the participants, the following
presentations will be made by international leaders: “Resilience Related Lessons Learned from Fukushima Daiichi Accident”
 “Resilience Engineering and Safety-II for Advanced Accident Management”
 “Resilience in Engineering for Long-Term Cooling in Nuclear Power Plants”
 “The role of Computational Fluid Dynamics & Safety System Codes for
Nuclear Reactor Predictions and Nuclear Disaster Resilience”

General Sessions in Series
11th, Monday
Room B1
Session 11 (B1) [13:30 - 15:30]

Session 12 (B1) [16:00 - 18:00]

EVP1

EVP2

Evaporation, Droplet/Spray/Liquid Film (1)Evaporation, Droplet/Spray/Liquid Film (2)Co-Chairs : Yoshinori Hamamoto & Youngsuk Nam

Co-Chairs : Oleg A. Kabov & Masanori Monde

IHTC15-8581/EVP-B1-111
Vapor Flow Effect on Falling Film Evaporation of R134a Outside Horizontal Tube Bundle
Wen-Tao Ji, Chuang-Yao Zhao, Ya-Ling He (Xi'an Jiatong University, China), Guan-Nan Xi(Daikin Industries, Ltd.), Wen-Quan Tao (Xi'an Jiaotong University, China)

IHTC15-8367/EVP-B1-121
Spray Cooling by Gently-Deposited Droplets: Experiments and Modeling of Heat-Transfer
Mechanisms
Paolo E. Santangelo (University of Maryland, USA), Mauro A. Corticelli, Paolo Tartarini(Università degli Studi di Modena e Reggio Emilia, Italy)

IHTC15-9374/EVP-B1-112
Effect of Initial Temperature of a Hot Steel Plate on Thermal Performance of Impinging Jets
during Quenching Processes
Taehoon Kim, Kyu Hyung Do (Institute of Machinery and Materials, Korea), Dong-Wook Oh(Chosun University, Korea), Jungho Lee (Institute of Machinery and Materials, Korea),Jang-Min Park (Yeungnam University, Korea)
IHTC15-9732/EVP-B1-113
Influence of Dynamic Wettability on Evaporation Kinetics of Microscopic Sessile Droplets
Rishi Raj (Indian Institute of Technology Panta, India), Evelyn N. Wang (Massachusetts
Institute of Technology, USA)IHTC15-9961/EVP-B1-114
The Effect of Humidity in Ambient Gas on HTWs in Volatile Drops
Yuki Fukatani, Masamichi Kohno, Yasuyuki Takata (Kyushu University, Japan), Khellil
Sefiane (University of Edinburgh, UK), Jungho Kim (University of Maryland, USA)IHTC15-9504/EVP-B1-115
Drop Spreading and Evaporation on a Heated Substrate under Variable Gravity Conditions
Oleg Kabov (Tomsk Polytechnic University, Russia), Dmitry Zaitsev, Elizaveta Gatapova(Kutateladze Institute of Thermophysics Siberian Branch of Russian Academy of Science,
Russia), Andrey Semenov, Elena Bykovskaya, Ekaterina Karnauhova (Institute ofThermophysics Russian Academy of Sciences, Russia), Vladimir Ajaev (Southern Methodist
University, USA), Dmitry Feoktistov, Genii Kuznetsov (Tomsk Polytechnic University, Russia)

IHTC15-8936/EVP-B1-122
Modelling of Biodiesel and Diesel Fuel Droplet Heating and Evaporation
Sergei S. Sazhin, Mansour Al Qubeissi, Morgan R. Heikal (University of Brighton, UK)
IHTC15-9287/EVP-B1-123
Comparative Study of the Cooling of a Hot Temperature Surface Using Sprays and Liquid Jet
Alexandre Labergue, T. Aiguier, Michel Gradeck, Fabrice Lemoine (University of Lorraine,France)IHTC15-9581/EVP-B1-124
An Experimental Study of the Leidenfrost Transition for Water on Nanostructured
Superhydrophilic Surfaces
Jorge Padilla, Van Carey (University of California, USA)IHTC15-9140/EVP-B1-125
Visual Observation of Liquid-Solid Contact Situations on Superheated Surface Cooled by
Liquid Jet or Spraying
Niro Nagai, Hiroki Onishi (University of Fukui, Japan), Hitoshi Nikaido, Yoshihiro Serizawa(Nippon Steel & Sumitomo Metal Corporation, Japan)
IHTC15-9419/EVP-B1-126
Effect of Marangoni Flow on the Evaporation Rate of Sessile Droplets
Dinghua Hu, Huiying Wu, Zhenyu Liu (Shanghai Jiaotong University, China)

IHTC15-9523/EVP-B1-116
Heat Transfer and Interaction of Suspended Droplets and Locally Heated Liquid Layer
Oleg Kabov (Kutateladze Institute of Thermophysics Siberian Branch of Russian Academy of
Science, Russia), Alexander Fedorets (Tyumen State University, Russia), Igor Marchuk(Institute of Thermophysics Russian Academy of Sciences, Russia)

29General Sessions in Series
11th, Monday
Room B2
Session 11 (B2) [13:30 - 15:10]
TPA

Two-phase, Application

Session 12 (B2) [16:00 - 17:40]
TPB

Two-phase, Boiling/Condensation

Co-Chairs : Coen Baltis & Akira Murata

Co-Chairs : Sung Jin Kim & Yoshio Utaka

IHTC15-9100/TPA-B2-111
Experimental Investigation on a Closed Loop Pulsating Heat Pipe in Hyper-Gravity
Conditions
Mauro Mameli, Miriam Manzoni (Università di Bergamo, Italy), Lucio Araneo (Politecnico di
Milano, Italy), Sauro Filippeschi (Università di Pisa, Italy), Marco Marengo (Università diBergamo,Italy)

IHTC15-8958/TPB-B2-121
Flow Boiling Heat Transfer in Small Cross Section Area Tube with R134a and R32
Francisco Ramirez-Rivera, Francisco Vera-García, José Ramón García-Cascales, Fernando
Illán-Gómez (Technical University of Cartagena, Spain)

IHTC15-9899/TPA-B2-112
Effects of Filling Ratio and Input Heat Flux on the Thermal Performance and Flow Pattern ofa Pulsating Heat Pipe
Jungseok Lee, Sung Jin Kim (Korea Advanced Institute of Science and Technology, Korea)
IHTC15-9281/TPA-B2-113
Measurement of Kinetic and Enthalpy of Chemical Reaction in Biphasic Millifluidic Droplet
Flow by InfraRed Thermography
Romano Marta (LoF Solvay, France), Pradere Christophe (Centre national de la recherche
scientifique, France), Toutain Jean, Hany Cindy (LoF Solvay, France), Batsale Jean
Christophe (Centre national de la recherche scientifique, France)
IHTC15-9228/TPA-B2-114
Geometric Structure of Segmented Flow Networks
Jason Stafford, Nicholas Jeffers (Bell Labs, USA)IHTC15-9893/TPA-B2-115
Analytical Investigation of Oblique Shock Waves in Two-Phase Flow with Different Sound
SpeedsYosuke Kawamura, Masafumi Nakagawa (Toyohashi University of Technology, Japan)

30

IHTC15-8598/TPB-B2-122
Nucleation Site Interactions in Upward Flow Boiling Experiments
Coen Baltis, Cees W. M. van der Geld (Eindhoven University of Technology, Holland)
IHTC15-8790/TPB-B2-123
Numerical Investigation of Taylor-Bubble Characteristics during Flow Boiling in a Square
Minichannel
Arvind Pattamatta (Indian Institute of Technology Madras, India), Martin Freystein, Jochen
Dietl, Peter Stephan (Technische Universität Darmstadt, Germany)
IHTC15-8999/TPB-B2-124
Experimental Investigation of Hydrodynamics and Flow Boiling Heat Transfer in Minichannels
at High Reduced Pressure
Alexander Belyaev, A.V. Dedov, A.N. Varava, A.T. Komov (Moscow power engineering
institute technical university, Russia)
IHTC15-8956/TPB-B2-125
Two-Phase Flow Pressure Drop of R1234yf and R134a in a Mini-Channel Multiport Tube
Francisco Vera-García, Alejandro Lopez-Belchí, Francisco Ramírez-Rivera, José Ramón
García-Cascales, Fernando Illán-Gómez (Technical University of Cartagena, Spain)

General Sessions in Series
11th, Monday
Room C1
Session 11 (C1) [13:30 - 15:10]

Session 12 (C1) [16:00 - 17:40]

FCV1

FCV2

Forced Convection (1)Forced Convection (2)Co-Chairs : Katsuya Hirata & Patrick H. Oosthuizen

Co-Chairs : Zensaku Kawara & Min Soo Kim

IHTC15-9221/FCV-C1-111
Numerical Study of Heat Transfer Characteristics for Different Solar Flux Distributions on
Linear Fresnel Collector Absorber Tubes in Laminar Flow
Izuchukwu Francis Okafor, Jaco Dirker, Josua P. Meyer (University of Pretoria, South Africa)

IHTC15-9135/FCV-C1-121
Simultaneous Thermal and Flow Measurements in a Boundary Layer by Using High-speed
Infrared Thermograph and PIV Combined System
Shunsuke Yamada, Hajime Nakamura (National Defense Academy, Japan)

IHTC15-8781/FCV-C1-112
Nonlinear Characteristics of Periodically Fully Developed Flow in Cross-Flow Tube Bundle
Qingqing Yong, Mo Yang, Zhiyun Wang, Jian Chen (University of Shanghai for Science andTechnology, China), Dan Su (Modern urban architectural design institute of Shanghai, China),
Yuwen Zhang (University of Missouri, USA)IHTC15-8497/FCV-C1-122
Laminar, Transitional, and Turbulent Mixed Convective Heat Transfer from a Thin Inclined
Plate Having a Uniform Surface Heat Flux
Patrick H. Oosthuizen (Queen's University, Canada)

IHTC15-9307/FCV-C1-113
Hybrid Solution for Convection Heat Transfer of Swirling Flows in Cylindrical Cavity with
Rotating Top
Carlos C. S. Cruz (Universidade Federal do Pará, Brazil), Luiz M. Pereira (Fundação
Universidade Federal do Vale do São Francisco, Brazil), Emanuel Macêdo, João N.N.
Quaresma (Universidade Federal do Pará, Brazil)
IHTC15-9702/FCV-C1-114
Heat Transfer on Sharp and Blunted Flat Plate at Three-Dimensional Shock-Wave/Boundary-Layer Interaction
Volf Borovoy, Ivan Egorov, Natalia Palchekovskaya (Central Aerohydrodynamics Institute,
Russia)IHTC15-9252/FCV-C1-115
Numerical Study of Critical Fire Merging Distances in Square Arrayed Multiple Fires
Koyu Satoh, Naian Liu, Xiaodong Xie, Wei Gao (University of Science and Technology ofChina, China)

IHTC15-8755/FCV-C1-123
Three-Dimensional Turbulent Convection inside a Parallelepiped with Two Heated Vertical
Walls
Victor I. Terekhov (Kutateladze Institute of Thermophysics Siberian Branch of Russian
Academy of Science, Russia), Ali L. Ekaid (Technology University of Baghdad, Iraq)
IHTC15-9377/FCV-C1-124
Entrainment Process in the Vicinity of Pool Fire under Ventilation Condition
Yasuo Hattori (Central Research Institute of Electric Power Industry, Japan), Ken Matsuyama(Tokyo University of Science, Japan), Hitoshi Suto (Central Research Institute of ElectricPower Industry, Japan), Eiji Onuma, Seiji Okinaga (Tokyo University of Science, Japan)
IHTC15-8962/FCV-C1-125
Experimental Research of Adiabatic Wall Temperature Influenced by Separated Supersonic
Flow
Sergey Popovich (Lomonosov Moscow State University, Russia), Kirill Egorov (Bauman
Moscow State Technical University, Russia), Urii Vinogradov (Moscow State University,
Russia)31

General Sessions in Series
11th, Monday
Room C2
Session 11 (C2) [13:30 - 15:30]

Session 12 (C2) [16:00 - 18:00]

TTR1

TTR2

Turbulent Transport (1)Turbulent Transport (2)Co-Chairs : Sasa Kenjereš & Mamoru Senda

Co-Chairs : Amir Keshmiri & Masato Tagawa

IHTC15-8762/TTR-C2-111
Dynamic and Thermal Characteristics of the Mixing of Two Separated Flows with Different
ScalesAlex D`yachenko, Victor Terekhov, Yaroslav Smulsky, Nadezhda Yarygina (Kutateladze
Institute of Thermophysics Siberian Branch of Russian Academy of Science, Russia)

IHTC15-8909/TTR-C2-121
Effects of System Rotation on Transitional Boundary Layer
Oaki Iida, Kensuke Noto (Nagoya Institute of Technology, Japan)

IHTC15-9325/TTR-C2-112
Effects of a Stepwise Change in Thermal Boundary Conditions on Heat Transfer
Characteristics in a Turbulent Boundary Layer Developing on a Flat Plate
Tomoya Houra, Yasutaka Nagano, Masato Tagawa (Nagoya Institute of Technology, Japan)
IHTC15-9647/TTR-C2-113
Control of Momentum and Heat Transport in a Heated Axisymmetric Jet by Means of Vortex
Generators
Kensuke Miura, Kouji Nagata, Yasuhiko Sakai, Osamu Terashima, Yasumasa Ito (Nagoya
University, Japan)
IHTC15-10000/TTR-C2-114
Verification and Validation of Three Different CFD Codes in Simulating Mixed Convection
Flows Using Two Advanced Eddy-Viscosity Models
Amir Keshmiri (Manchester Metropolitan University, UK)
IHTC15-8699/TTR-C2-115
Effect of Shark Skin Textures on Entropy Generation for Turbulent Channel Flow and Heat
Transfer Problems
Yan Jin, Heinz Herwig (Hamburg University of Technology, Germany)
IHTC15-9892/TTR-C2-116
Drag Reduction of Thermally Stratified Flow in a Horizontal Pipe
Kenichi Kobayashi, Shota Nakajima, Yu Kimura (Meiji University, Japan)

32

IHTC15-9516/TTR-C2-122
Concurrent Large-Eddy Simulation of Wall-Jet Heat Transfer Enhanced by SystematicallyDeformed Turbulence Promoter
Yutaka Oda (Kansai University, Japan), Kenichiro Takeishi (Tokushima Bunri University
University, Japan)
IHTC15-9676/TTR-C2-123
Operation of Functional Fluid by Local Wall Heating in a Drag-Reducing Surfactant Solution
Flow
Shumpei Hara, Shoko Kawada, Takahiro Tsukahara, Yasuo Kawaguchi (Tokyo University of
Science, Japan)
IHTC15-9788/TTR-C2-124
Direct Numerical Simulation on the Effects of Amplitude and Hydrophilicity of Wavy Wall on
Turbulent Heat Transfer and Drag
Ryota Akaiwa, Atsushi Nishida, Yoshimichi Hagiwara (Kyoto Institute of Technology, Japan)
IHTC15-9552/TTR-C2-125
Impinging Jet Passive Control for Wall Shear Stress Enhancement
Kodjovi Sodjavi, Brice Montagné (University of La Rochelle, France), Florin Bode (Technical
University of Civil Engineering in Bucharest, Romania), Magdalena Kristiawan (Institut
National de la Recherche Agronomique, France), Ilinca Nastase (Technical University of Civil
Engineering in Bucharest, Romania), Amina Meslem (University of La Rochelle, France)
IHTC15-8416/TTR-C2-126
Multi-scale Second Moment Modelling of Turbulence and Heat Transfer in Porous Media
Yusuke Kuwata, Yota Sakurai, Kazuhiko Suga (Osaka Prefecture University, Japan)

General Sessions in Series
11th, Monday
Room E
Session 11 (E) [13:30 - 15:30]
BMA1 Bio and Medical Applications (1)Session 12 (E) [16:00 - 17:40]
MNF

Manufacturing

Co-Chairs : Bin Chen & Yukio Yamada

Co-Chairs : Takushi Saito & Yimin Xuan

IHTC15-8489/BMA-E-111
A Study on the Temperature Profile and Thermal Damage in Human Skin Tissue
Ik-Tae Im, Suk Bum Youn, Dong Guk Ko (Chonbuk National University, Korea)

IHTC15-8586/MNF-E-121
Mass Spectroscopy of Intermediate Products Involved in Chemical Vapor Deposition
Synthesis of Carbon Nanotube
Shuhei Inoue, Daisuke Nakahara, Yosuke Oga, Yukihiko Matsumura (Hiroshima University,
Japan)

IHTC15-9884/BMA-E-112
Estimation of Blood Perfusion Rate and Its Temperature Dependency in Human Abdominal
Area under Heating Condition
Junnosuke Okajima, Takahiro Okabe, Tessai Sugiura, Atsuki Komiya, Takashi Seki,
Shigenao Maruyama (Tohoku University, Japan)
IHTC15-9715/BMA-E-113
Tumor Ablation with Near-Infrared Radiation Using Localized Injection of Nanoparticles
Anup Paul, Nanda Kishor Bandaru, Arunn Narasimhan, Sarit Kumar Das (Indian Institute ofTechnology Madras, India)
IHTC15-8772/BMA-E-114
State Estimation Problem in Hyperthermia Treatment of Tumors Loaded with Nanoparticles
Bernard Lamien, Helcio R. B. Orlande (Federal University of Rio de Janeiro, Brazil),
Guillermo E. Eliçabe (University of Mar del Plata , Argentina), André J. Maurente (Federal
University of Rio Grande do Norte, Brazil)
IHTC15-9350/BMA-E-115
3-D Investigation of Thermal-structure Analysis in a Kidney during Cold Perfusion
Kai Zhu, Yabo Wang, Fei Liang (Tianjin Unversity of Commerce, China), Yamin Zhang(Tianjin First Center Hospital, China)
IHTC15-9624/BMA-E-116
Colloidal Magnetic Clusters for Hyperthermia Heating
Rong Fu, Yuying Yan (University of Nottingham, UK)

IHTC15-9843/MNF-E-122
Development of an in-Plane Thermal Diffusivity Measurement Method with a Lock-in
Thermography and Application to High Thermal Conductive CFRPs
Takuya Ishizaki, Hosei Nagano (Nagoya University, Japan)
IHTC15-8623/MNF-E-123
High Thermal Conductive Graphite Films from Thin Polymer Films
Atsushi Tatami, Masamitsu Tachibana (Kaneka Corporation, Japan), Takashi Yagi, Megumi
Akoshima (National Institute of Advanced Industrial Science and Technology, Japan),Mutsuaki Murakami (Kaneka Corporation, Japan)
IHTC15-9223/MNF-E-124
Experimental Investigation of the Work Piece Temperatures in Dry Orthogonal Metal Turning
Marc Deppermann, Hendrik Puls, Michael Burghold, Reinhold Kneer, Fritz Klocke (RWTH
Aachen University, Germany)
IHTC15-9077/MNF-E-125
Four-Dimensional Flow Measurements of UV Curable Resin at a Thermally-Assisted
Nanoimprint Process
Motoharu Asano, Noriyuki Unno, Shin-ichi Satake, Jun Taniguchi (Tokyo University of
Science, Japan)

33

General Sessions in Series
11th, Monday
Room F
Session 11 (F) [13:30 - 14:50]

Session 12 (F) [16:00 - 17:20]

MTR1

MTR2

Mass Transfer and Drying (1)Mass Transfer and Drying (2)Co-Chairs : Michel Quintard & Kenichiro Takeishi

Co-Chairs : Gary Rosengarten & Takao Tsukada

IHTC15-8582/MTR-F-111
Surface Tension-Driven Flows within Drying Paint Films
Nazli Saranjam, Sanjeev Chandra, Javad Mostaghimi (University of Toronto, Canada), H.
Fan, J. Simmer (General Motors R&D, USA)IHTC15-9089/MTR-F-121
Direct Numerical Simulation Modeling of Multidisciplinary Transport during Li-Ion Battery
Charge/Discharge Processes
Fangming Jiang, Jianbang Zeng, Wei Wu, Peng Peng (Guangzhou Institute of Energy
Conversion, Chinese Academy of Sciences, China)

IHTC15-9024/MTR-F-112
Application of Entransy in Match Property of Liquid Desiccant Dehumidification
Lun Zhang, Xiaohua Liu, Yi Jiang (Tsinghua University, China)
IHTC15-8746/MTR-F-113
MRI Measurement and Numerical Modeling of Moisture Transport in Microwave Vacuum
Drying of Porous Media
Takaharu Tsuruta, Hirofumi Tanigawa (Kyushu Institute of Technology, Japan)
IHTC15-8875/MTR-F-114
Investigation of Heat Transfer within an Array of Impinging Jets with Local Extraction of Spent
Fluid
Philipp Cavadini, Philip Scharfer, Wilhelm Schabel (Karlsruhe Institute of Technology,
Germany)

34

IHTC15-9185/MTR-F-122
Effect of Velocity and Evaporation on Non-Isothermal Meniscus in a Capillary
Antoine Voirand, Adel Benselama, Yves Bertin (Institut PPrime, France)
IHTC15-9351/MTR-F-123
Effect of Module Inclination Angle on Air Gap Membrane Distillation
David E. M. Warsinger, Jaichander Swaminathan, John H. Lienhard V (Massachusetts
Institute of Technology, USA)IHTC15-9151/MTR-F-124
Experimental Investigation of Interfacial Temperature Evolution during Evaporation of Sessile
DropletMartin Still, Tatiana Gambaryan-Roisman, Peter Stephan (Technische Universität Darmstadt,
Germany)

General Sessions in Series
11th, Monday
Room G
Session 11 (G) [13:30 - 15:10]
PPE

Photon, Phonon and Electron Transport

Session 12 (G) [16:00 - 18:00]
HEX1

Heat Exchanger (1)Co-Chairs : Philippe Ben-Abdallah & Mitsuhiro Matsumoto

Co-Chairs : Jihwan Jeong & Ryosuke Matsumoto

IHTC15-8551/PPE-G-111
The Effect of Distributions of Nanoparticles on Thermal Conductivity of Nanocomposites
Jin Zhang, Bo Shi, Yimin Xuan (Nanjing University of Aeronautics and Astronautics, China)

IHTC15-8816/HEX-G-121
Numerical Simulation of Complicated Chevron Plates Passages
Hui-bao Luan (Shanghai Marine Diesel Engine Research Institute, China), Wen-Quan Tao(Xi'an Jiaotong University, China), Guo-Qing Zhu, Bin Chen, Song Wang (Shanghai Marine
Diesel Engine Research Institute, China)

IHTC15-8641/PPE-G-112
Circuits for Thermal Light
Philippe Ben-Abdallah (Laboratoire Charles Fabry, France), Svend-Age Biehs (Oldenburg
University, Germany)
IHTC15-9038/PPE-G-113
A New Theoretical Model of Selectively Photothermolysis to Aid Laser Treatment of Poor
Responding Port Wine Stain Blood Vessels
Dong Li, Bin Chen (Xi'an Jiaotong University, China), Guo-xiang Wang (The University of
Akron, USA), Wenjuan Wu, Y L He (Xi'an Jiaotong University, China)
IHTC15-9156/PPE-G-114
Thermal Conductivity Calculation of Magnesium Silicide Alloys by Lattice Dynamics andMolecular Dynamics Methods
Takuma Shiga, Takuru Murakami, Takuma Hori (The University of Tokyo, Japan), Keivan
Esfarjani (Rutgers University, USA), Junichiro Shiomi (The University of Tokyo)
IHTC15-9064/PPE-G-115
In-Plane Thermal Conductivity of Si Thin Films from First-Principles Calculation
Xinjiang Wang, Baoling Huang (The Hong Kong University of Science and Technology,
China)

IHTC15-8647/HEX-G-122
Investigation of the Flow Distribution for Supercritical Carbon Dioxide Fluid in a Plate Heat
Exchanger
Yi-Chun Tang, Chen-Xi Chu (National Chiao Tung University, Taiwan), Yur-Tsai Lin (Yuan-Ze
Institute of Technology, Taiwan), Rony Sian, Chi-Chuan Wang (National Chiao Tung
University, Taiwan)
IHTC15-9411/HEX-G-123
A Computer Model for Simulation of Drying and Preheating of Wet Iron ore in a Rotary Kiln
Ashish Agrawal, Partha Ghoshdastidar (Indian Institute of Technology Kanpur, India)
IHTC15-8503/HEX-G-124
Effect of Sand Fouling on Compact Fin Heat Exchangers
Sarah Obadina, Josh Fody, Serguei Dessiatoun, Michael Ohadi, Amir Shooshtari (Universityof Maryland, USA)IHTC15-9412/HEX-G-125
Thermal Performance and Characteristics of Spiral-Tube Ground Heat Exchanger for
Ground-Source Heat Pump
Jalaluddin Haddada (Hasanuddin University, Indonesia), Akio Miyara (Saga University,
Japan)
IHTC15-9149/HEX-G-126
Comparison between the Thermal Performance of Single and Two-Layer Microchannels
Inserted with Micro Pin Fins
Olayinka O. Adewumi (University of Pretoria, South Africa), Tunde Bello-Ochende (Universityof Cape Town, South Africa), Josua P. Meyer (University of Pretoria, South Africa)

35

General Sessions in Series
11th, Monday
Room H
Session 11 (H) [13:30 - 15:10]
MLT

Molecular Transport

Session 12 (H) [16:00 - 18:00]
FCL

Fuel Cell

Co-Chairs : Yongping Chen & Taku Ohara

Co-Chairs : Ashley Fly & Shohji Tsushima

IHTC15-8513/MLT-H-111
Molecular Dynamics Study on Influences of Surface Structural Characteristics on Thermal
Energy Transport over Liquid-Solid Interfaces
Masahiko Shibahara, Ryohei Toda, Sho Murakami (Osaka University, Japan), Taku Ohara(Tohoku University, Japan)

IHTC15-9494/FCL-H-121
Optimization of Oxygen and Proton Transfer in Heterogeneous PEFC Catalyst Layer by
Controlling Local Carbon Black Aggregate Structure
Gen Inoue, Shohei Baba (Kyoto University, Japan)

IHTC15-9055/MLT-H-112
Molecular Dynamics Investigation on the Wetting Process of Liquid Droplet on a Solid
Surface
Eisuke Arakaki, Shogo Nishida, Donatas Surblys, Yasutaka Yamaguchi (Osaka Univerisity,
Japan), Koji Kuroda, Masaru Kagawa, Tadashi Nakajima, Hideo Fujimura (R&D Center Dai
Nippon Printing Co., Ltd., Japan)
IHTC15-8514/MLT-H-113
Photon Upconversion Based on Inter-Molecular Energy Transfer in Ionic Liquids: A
Technology for Utilizing Sub-Bandgap Wasted Solar Energies
Yoichi Murakami, Akio Kawai (Tokyo Institute of Technology, Japan)
IHTC15-9635/MLT-H-114
Heat Transferred from Cold to Hot in Near-Critical Fluids under Low Gravity
Guo-Jie Hu, Hai-Dong Wang, Zengyuan Guo (Tsinghua University, China)
IHTC15-9499/MLT-H-115
A Coupling Scheme of Lattice Boltzmann Method and Finite Volume Method forMulti-Component Diffusion Processes
Zi-Xiang Tong, Ya-Ling He, Wei-Wei Yang, Wen-Quan Tao (Xi'an Jiaotong University, China)

36

IHTC15-9267/FCL-H-122
Measurements of the Temperature Distribution of a PEMFC Catalyst Layer Using an Ultra
Thin Thermocouple Array
Takuto Araki, Toshiki Sugimoto (Yokohama National University, Japan)
IHTC15-9176/FCL-H-123
Study on the Effect of Micro Porous Layer on Water Transport Phenomena in PEFC by Using
Neutron Radiography
Hideki Murakawa, Katsumi Sugimoto, Nobuki Kitamura, Hitoshi Asano, Nobuyuki Takenaka(Kobe University, Japan), Yasushi Saito (Kyoto University, Japan)
IHTC15-9587/FCL-H-124
Effect of Heat and Mass Transfer and Electrochemistry on Performance in Solid Oxide Fuel
Cell Stacks
Robert Nishida, Steven Beale, Jon Pharoah (Queen's University, Canada)
IHTC15-9440/FCL-H-125
Towards the Microstructural Optimisation of Solid Oxide Fuel Cell Electrodes
Masashi Kishimoto, Marina Lomberg, Enrique Ruiz-Trejo, Nigel Brandon (Imperial College
London, UK)
IHTC15-9078/FCL-H-126
Flow Distribution Uniformity Evaluation in kW-Range Direct Methanol Fuel Cell Stack
Yuta Nakano, Yuki Morimatsu, Zhen Guo, Masakazu Ohashi, Masataka Mochizuki (FujikuraLtd., Japan)

General Sessions in Series
11th, Monday
Room I
Session 11 (I) [13:30 - 15:30]

Session 12 (I) [16:00 - 17:40]

TPP1

TPP2

Thermophysical Properties (1)Thermophysical Properties (2)Co-Chairs : Dawei Tang & Atsumasa Yoshida

Co-Chairs : Koji Miyazaki & Christophe Pradere

IHTC15-8453/TPP-I-111
Method for Predicting Spatial Distribution of Formation Thermophysical Properties from
Temperature Logs
Wen-Long Cheng, Yong-Le Nian, Yong-Hua Huang, Cheng-Mei Zhang (University of Scienceand Technology of China, China)

IHTC15-8806/TPP-I-121
Measurement of Temperature Distribution for the Hydrate Formation and Dissociation in
Porous Media
Mingjun Yang, Yongchen Song, Lanlan Jiang, Shenglong Wang, Yuechao Zhao, Jiafei Zhao
(Dalian University of Technology, China)

IHTC15-9572/TPP-I-112
Analysis of Improved Lumped Models for Estimating the Thermal Conductivity Augmentationin Composite Materials
Debora Moreira, Mariana Cristina Telles, Luiz Carlos Nunes, Leandro Sphaier (Universidade
Federal Fluminense, Brazil)

IHTC15-9395/TPP-I-122
Experimental Measurement on Spectral Properties of Quartz at High Temperature
Shun-De Zhang, Qing Ai, Xin-Lin Xia (Harbin Institute of Technology, China)

IHTC15-8568/ TPP-I-113
Modeling Thermal Conductivity of Natural Rubber with Carbon Black
Junping Song, Lianxiang Ma, Yan He (Qingdao University of Science and Technology, China),
Wei Li (Zhejiang University, China), Shichune Yao (Carnegie Mellon University, USA)IHTC15-8626/TPP-I-114
The Effect of Porous Media Properties on Effective Thermal Conductivity of Tetrahydrofuran
Hydrates and Evaluation of Existing Prediction Correlations
Lei Yang, Jiafei Zhao, Yongchen Song, Weiguo Liu, Yu Liu, Yi Zhang, Dayong Wang, Mingjun
Yang, Jiaqi Wang (Dalian University of Technology, China)
IHTC15-8646/TPP-I-115
Intriguingly High Thermal Conductivity Enhancement of Graphene Nanoplatelets Contained
Poly (Methyl Methacrylate) Composites
Wei Yu, Huaqing Xie (Shanghai Second Polytechnic University, China), Xiaofeng Zhou
(Southeast University, China), Yang Li, Lifei Chen (Shanghai Second Polytechnic University,
China)

IHTC15-9451/TPP-I-123
Raman Spectra Method for Determining Viscosity of Supercritical Fluids
Qin-yi Li, Xing Zhang (Tsinghua University, China)
IHTC15-8213/TPP-I-124
Reconstruction of Thermal Boundary Resistance and Intrinsic Thermal Conductivity of
SiO2-GaN-Sapphire Structure and Temperature Dependence
Zhaoliang Wang, Yong Ma, G. Yao, X. Tian (China University of Petroleum, China), Dawei
Tang (Chinese Academy of Science, China)
IHTC15-9128/TPP-I-125
Development of a Thermal Measurement Technique for Detection of Localized Filler
Distribution within a Polymer Composite
Dong-Wook Oh (Chosun University), Jang Min Park (Yeungnam University), Ook Joong Kim,
Sang Jin Park (Korea Institute of Machinery and Materials, South Korea)

IHTC15-8688/TPP-I-116
Characterization of Thermal Transport in Carbon Nanotube Yarns
Jianli Wang(Southeast University, China), Sisi He (Tianjin University, China), Jiajian Bao(Southeast University, China), Xing Zhang (Tsinghua University, China), Juekuan Yang,
Yunfei Chen (Southeast University, China)

37

General Sessions in Series
11th, Monday
Room J
Session 11 (J) [13:30 - 15:30]

Session 12 (J) [16:00 - 18:00]

CDS1

CDS2

Condensation (1)Condensation (2)Co-Chairs : Davide Del Col & Naoki Ono

Co-Chairs : Akio Miyara & Vinod Narayanan

IHTC15-8481/CDS-J-111
A Literature Overview on Condensation Heat Transfer of Ammonia on the Outside of Tubes
Klaus Spindler (Universität Stuttgart, Germany)

IHTC15-9363/CDS-J-121
Experimental Investigation on Pressure Drop and Friction Factor in Tubes at Different
Inclination Angles during the Condensation of R134a
Adekunle O. Adelaja, Daniel R.E. Ewim, Jaco Dirker, Josua P. Meyer (University of Pretoria,
South Africa)

IHTC15-10516/CDS-J-112
Versatile Models for Condensation of Fluids with Widely Varying Properties from the Micro to
Macroscale
Srinivas Garimella, Brian M. Fronk, Jeffrey A. Milkie, Brendon L. Keinath (Georgia Institute ofTechnology, USA)IHTC15-9112/CDS-J-113
A New Condensation Heat Transfer Model Based on the Flow Regime in a Nearly Horizontal
Pipe
Tae-hwan Ahn, Jae-jun Jeong (Pusan National University, South Korea), Kyong-ho Kang
(Korea Atomic Energy Reasearch Institute, South Korea), Jong Cheon (Korea Hydro andNuclear Power co., South Korea), Byong-jo Yun (Pusan National University, South Korea)
IHTC15-9536/CDS-J-114
Numerical Simulation of Heat and Mass Transfer Processes in Air-Cooled Condenser
Valerij Artemov, Konstantin Minko, Georgij Yankov (National Research University, Russia)
IHTC15-9958/CDS-J-115
A Numerical Study of Condensation on Asymmetric Microsturctures
Shashank Natesh, Vinod Narayanan (Oregon State University, USA), Sushil Bhavnani(Auburn University, USA)IHTC15-9361/CDS-J-116
Experimental Studies of Condensation Heat Transfer in an Inclined Microfin Tube
Adekunle O. Adelaja, Jaco Dirker, Josua P. Meyer (University of Pretoria, South Africa)

38

IHTC15-8645/CDS-J-122
A New Flow Pattern Based General Correlation for Heat Transfer during Condensation in
Horizontal Tubes
Mirza Shah (Engineering Research & Consultation, USA)IHTC15-8873/CDS-J-123
Steam Flow Condensation in Semi-Circular and Square Mini-Channels
Melanie Derby (Kansas State University, USA), Yoav Peles, Michael K. Jensen (Rensselaer
Polytechnic Institute, USA)IHTC15-10018/CDS-J-124
Condensation in Mini and Microchannels: Effect of Diameter, Shape, Inclination and Fluid
Properties
Stefano Bortolin, Davide Del Col (University of Padova, Italy)
IHTC15-10015/CDS-J-125
Condensation Heat Transfer of a Non-Azeotropic Mixture in a Single Minichannel
Davide Del Col, Marco Azzolin, Stefano Bortolin, Claudio Zilio (University of Padova, Italy)
IHTC15-9033/CDS-J-126
Condensation Heat Transfer Characteristics on A Micro-Structured Surface with Wettability
Gradient
Atsushi Tokunaga (Ube National College of Technology, Japan), Masaki Mizutani, Gyoko
Nagayama, Takaharu Tsuruta (Kyushu Institute of Technology, Japan)

General Sessions in Series
11th, Monday
Room K
Session 11 (K) [13:30 - 15:30]

Session 12 (K) [16:00 - 18:00]

EES1

EES2

Energy Environmental Systems (1)Energy Environmental Systems (2)Co-Chairs : Tor Laneryd & Shinfuku Nomura

Co-Chairs : Giulio Allesina & Chaobin Dang

IHTC15-8948/EES-K-111
Heat Recovery in Difficult "Polluted Flue Gas Applications" in Waste to Energy Systems
Petr Stehlik, Vojtech Turek, Zdenek Jegla, Bohuslav Kilkovsky (Brno University ofTechnology, Czech Republic)

IHTC15-9567/EES-K-121
Analysis of Thermo-Hydraulic Couplings in a Heat Pump Water Heating System
Guillaume Segond, Stéphane Launay, Lounès Tadrist (Aix-Marseille University, France)

IHTC15-8662/EES-K-112
Investigation on the Process of CO2 Diffusion and Mass Transfer in Oil-Saturated PorousMedia Using MRIYuechao Zhao, Yongchen Song, Min Hao (Dalian University of Technology, China)
IHTC15-9294/EES-K-113
Effect of Boundary Conditions and Ventilator Size on the Natural Convection in a Naturally
Ventilated Greenhouse
Sunita Kruger (University of Johannesburg, South Africa), Leon Pretorius (University of
Pretoria, South Africa)
IHTC15-9011/EES-K-114
Multi-Scale Modeling and Approximation Assisted Optimization of Bare Tube Heat
Exchangers
Daniel Bacellar, Jiazhen Ling, Vikrant Aute, Reinhard Radermacher (University of Maryland,USA), Omar Abdelaziz (Oak Ridge National Laboratory, USA)IHTC15-9639/EES-K-115
Heat Balance of Anti-Season Ice Cave
Liangsuo Shu, Shiping Jin, Suyi Huang, Xin Qian, Xiyun Wang, Kai Tan, Yuming Liang, Jinyi
Tan (Huazhong University of Science & Technology, China)
IHTC15-8280/EES-K-116
Energy-Based Assessment of Optimal Operating Parameters for Coupled Biochar andSyngas Production in Stratified Downdraft Gasifiers
Giulio Allesina, Simone Pedrazzi, Emma La Cava (University of Modena and Reggio Emilia,
Italy), Michele Orlandi (Bioboost S.r.l., Italy), Miriam Hanuskova, Claudio Fontanesi, Paolo
Tartarini (University of Modena and Reggio Emilia, Italy)

IHTC15-9058/EES-K-122
PIV Measurement of Heat Transfer Deterioration Phenomena
Hiroyuki Nakaharai, Akira Yamada, Ryosuke Shigenaga (Mitsubishi Heavy Industries, LTD.,
Japan)
IHTC15-8895/EES-K-123
The Impact of Thermal Engineering Research on Global Climate Change
Patrick Phelan (Arizona State University, USA), Omar Abdelaziz (Oak Ridge National
Laboratory, USA), Todd Otanicar (University of Tulsa, USA), Bernadette Phelan (Phelan
Research Solutions Inc., USA), Ravi Prasher (Arizona State University, USA), Robert Taylor(University of New South Wales, Australia), Himanshu Tyagi (Indian Institute of Technology
Ropar, India)
IHTC15-9246/EES-K-124
CFD Study of Non-Guided Laminar Mixed Convection of a High Prandtl Number Fluid in a
Transformer Winding-Like Geometry
Tor Laneryd (ABB Corporate Research, Sweden), Jurjen Kraneborg, Yuhe Jiao, Andreas
Gustafsson (ABB Transformers, Sweden)
IHTC15-9019/EES-K-125
A Study on the Prediction of Solar Insolation and Its Effects on Building Heating Load
Seong-Yeon Yoo, Tae-Ho Kim, Kyu-Hyun Han (Chungnam National University, Korea)
IHTC15-9883/EES-K-126
Domestic Passive Ventilation with Heat Recovery (PVHR): Performance Criteria, Tests andOperational Variations
Tom Lipinski (Ventive Ltd., UK), Szu-Hung Lee, Peter RN Childs (Imperial College London,UK)

39

General Sessions in Series
12th, Tuesday
Room B1
Session 21 (B1) [9:40 - 11:40]

Session 22 (B1) [14:00 - 16:00]

EVP3

FBL1

Evaporation, Droplet/Spray/Liquid Film (3)Flow Boiling (1)Co-Chairs : Van Carey & Hiroyasu Ohtake

Co-Chairs : Masamichi Kohno & Jong-Taek Oh

IHTC15-8637/EVP-B1-211
Heat Transfer Characterization during Transient Boiling
Nicolas Baudin (Institut de Mécanique des Fluides de Toulouse, France/Institut deRadioprotection et de Sûreté Nucléaire, France), Catherine Colin (Institut de Mécanique desFluides de Toulouse, France), Pierre Ruyer (Institut de Radioprotection et de Sûreté
Nucléaire, France), Julien Sebilleau (Institut de Mécanique des Fluides de Toulouse, France)

IHTC15-9930/FBL-B1-221
Experimental Investigations of Flow Boiling Heat Transfer and Flow Behaviors in Microgap
ChannelOsamu Kawanami (University of Hyogo, Japan), Yu Matsuda (Nagoya University, Japan),Yasuhiro Egami (Aichi Institute of Technology, Japan), Itsuro Honda (University of Hyogo,
Japan), Hiroki Yamaguchi, Tomohide Niimi (Nagoya University, Japan)

IHTC15-8766/EVP-B1-212
Propagation Dynamics of Self-Sustained Evaporation Front and Characteristics ofSmall-Scale Perturbations at the Interface
Vladimir Zhukov, Aleksandr Pavlenko, Mikhail Moiseev (Kutateladze Institute ofThermophysics, Russia), Denis Kuznetsov (Novosibirsk State University, Russia)

IHTC15-9604 FBL-B1-222
An Experimental Investigation of Two-Phase Refrigerant R-410A Flow Distribution in Plate
Heat Exchangers
Chien-Yuh Yang, Yueh-Hung Lin, Guang-Cheng Li (National Central University, Taiwan)

IHTC15-8439/EVP-B1-213
Experimental Study of Pulsed and Steady State Confined Subcooled Jet Impingement
Boiling
Sridhar Abishek, Ramesh Narayanaswamy (Curtin University, Australia), Vinod Narayanan(Oregon State University, USA)IHTC15-8347 EVP-B1-214
Flow inside Evaporating Water Sessile Drop: A Numerical Study
Chafea Bouchenna, Mebrouk Ait Saada, Salah Chikh (Université des Sciences et de laTechnologie Houari-Boumediene, Algérie), Lounes Tadrist (Aix-Marseille Université, France)
IHTC15-8693 EVP-B1-215
Heat Transfer and Crisis Phenomena Development at Boiling and Evaporation in Falling
Liquid Film at Stepwise Heat Generation
Aleksandr Pavlenko, Anton Surtaev, Irina Starodubtseva (Kutateladze Institute ofThermophysics, Russia)
IHTC15-8652/EVP-B1-216
Capillary and Thermal Performance of Advanced Multi-Height Micropost Evaporator Wicks
Seunggeol Ryu, Wonchul Lee, Youngsuk Nam (Kyung Hee University, Korea)

40

IHTC15-8821/FBL-B1-223
Enhancing FC-72 Flow Boiling Heat Transfer through Bubble Pumping from Imbalance
Shear Flow Driven Rotating Beads
Shu-Lei Wang, Tsing-Fa Lin (National Chiao Tung University, Taiwan)
IHTC15-8800/FBL-B1-224
The Impact of Fin Deformation on Boiling Heat Transfer and Pressure Drop in Internally
Grooved Tubes
Sunil Mehendale (Michigan Technological University, USA)IHTC15-8435 FBL-B1-225
Evaluation of Correlations for Predicting Heat Transfer during Boiling of Carbon Dioxide
Inside Channels
Mirza Shah (Engineering Research & Consultation, USA)IHTC15-8351/FBL-B1-226
Evaluation of a Method for Predicting Heat Transfer during Boiling of Mixtures in Plain Tubes
Mirza Shah (Engineering Research & Consultation, USA)

General Sessions in Series
12th, Tuesday
Room B2
Session 23 (B1) [16:30 - 18:30]

Session 21 (B2) [9:40 - 11:40]

FBL2

SOL1

Flow Boiling (2)Solar Energy (1)Co-Chairs : Hitoshi Asano & Sunil Mehendale

Co-Chairs : Yoichi Murakami & Evelyn Wang

IHTC15-8792/FBL-B1-231
Pressure Drop and Flow Boiling Heat Transfer of Refrigerant R-134a in a Microchannel Heat
Sink
Vladimir V. Kuznetsov, Alisher S. Shamirzaev (Kutateladze Institute of Thermophysics,
Russia)IHTC15-8410/SOL-B2-211
Design and Analysis of a Rooftop Solar Furnace
Robert Taylor, Moucun Yang (Nanjing University of Technology), Arunima Bandara, KarlMorrison, Awais Ashraf, Evatt Hawkes (The University of New South Wales, Australia)

IHTC15-9049/FBL-B1-232
Experimental Study of Two Phase Flow Boiling Heat Transfer and Pressure Drop of Water in
a Minitube
Manoharan Aravinthan, Sarit Kumar Das, Arcot R. Balakrishnan (Indian Institute ofTechnology Madras, India)
IHTC15-9410/FBL-B1-233
Heat Transfer Coefficient and Pressure Drop Characteristics during R-1234yf Evaporation
Inside Horizontal Small Tubes
Nguyen Ba Chien, Pham Quang Vu, Kwang Il Choi, Jong-Taek Oh (Chonnam National
University, Republic of Korea)
IHTC15-9589/FBL-B1-234
Characteristics of Flow Boiling Heat Transfer in Rectangular Minichannels
Chitose Tanaka, Chaobin Dang, Eiji Hihara (The University of Tokyo, Japan)
IHTC15-9122/FBL-B1-235
Flow Boiling Heat Transfer of R1234ze(E) in a 3.4 mm ID Microfin Tube
Simone Mancin, Andrea Diani, Luisa Rossetto (University of Padova, Italy)
IHTC15-8705/FBL-B1-236
An Analysis of the Effect of the Footprint Orientation on the Heat Sink Performance during
Flow Boiling in Micro-Scale Channels
Hugo Leonardo Souza Lara Leão, Gherhardt Ribatski (University of São Paulo, Brazil)

IHTC15-8072/SOL-B2-212
Development of Concentrating System of Dye-Sensitized Solar Cell with a Heat Exchanger
Yong Woo Kim (Pusan National University, South Korea), Young Hyung Kim, Sang Hee Park
(Kumoh National Institute of Technology, South Korea)
IHTC15-9580/SOL-B2-213
Analysis of Regenerative Thermal Storage Geometries for Solar Gas Turbines
Peter Klein (University of the Witwatersrand, South Africa/Council for Scientific and Industrial
Research, South Africa), Thomas Roos (Council for Scientific and Industrial Research, South
Africa), John Sheer (University of the Witwatersrand, South Africa)
IHTC15-9162/SOL-B2-214
Mathematical Modeling of Radiative Heat Transfer Process in High-Temperature Solar Power
Plant
Victor Leonov, Aleksey Bannikov, Igor Zharenov (Bauman Moscow State Technical University,
Russia)IHTC15-8054/SOL-B2-215
Hybrid Device for CPV Power Generation and Heating
Dong Il Lee, Seung Wook Baek (Korea Advanced Institute of Science and Technology,
Korea)
IHTC15-8611/SOL-B2-216
Design and Analysis of a Low-Profile, Concentrating Solar Thermal Collector
Qiyuan Li, Cheng Zheng, Xiaoguang Gu, Albert Woffenden (The University of New South
Wales, Australia), Gary Rosengarten (Royal Melbourne Institute of Technology, Australia),
Evatt Hawkes (The University of New South Wales, Australia), Moucun Yang (Nanjing
University of Technology, China), Robert Taylor (The University of New South Wales,
Australia)

41General Sessions in Series
12th, Tuesday
Session 22 (B2) [14:00 - 16:00]

Session 23 (B2) [16:30 - 18:10]

SOL2

SOL3

Solar Energy (2)Solar Energy (3)Co-Chairs : Pradip Dutta & Shigeki Hirasawa

Co-Chairs : Katsunori Nagano & Robert Taylor

IHTC15-9067/SOL-B2-221
A Heat Transfer Model for Concentrating Silicon Solar Cells in a Spectrally Splitting Hybrid
ReceiverAhmad Mojiri, C. Stanley (Royal Melbourne Institute of Technology, Australia), Elizabeth
Thomsen, Vernie Everett, Andrew Blakers (College of Engineering and Computer Science,
Australian National University, Australia), Gary Rosengarten (Royal Melbourne Institute ofTechnology, Australia)

IHTC15-9014/SOL-B2-231
A Numerical Model of Transient Thermal Transport Phenomena in a High-Temperature
Solid-Gas Reacting System for CO2 Capture Applications
Lindsey Yue, Wojciech Lipinski (The Australian National University, Australia)

IHTC15-9239/SOL-B2-222
An Integrated Thermal Electrical Model for Single Cell Photovoltaic Receivers under
Concentration
Marios Theristis, Tadhg S O'Donovan (Heriot-Watt University, United Kingdom)
IHTC15-9597/SOL-B2-223
Investigation of Design Parameters in Planar Solar Thermophotovoltaic Devices
David Bierman, Andrej Lenert, Evelyn Wang (Massachusetts Institute of Technology, USA)IHTC15-9490/SOL-B2-224
Numerical Simulation of Parabolic Trough Receiver under Non-Uniform and Fluctuant Solar
Flux Condition
Kun Wang, Ya-Ling He, Ze-Dong Cheng, Ming-Jia Li, Wen-Quan Tao (Xi'an Jiaotong
University, China)
IHTC15-9290/SOL-B2-225
Numerical Simulation of Heat Transfer in a Directly Illuminated Solar Thermal Energy Store
Ityona Amber, Tadhg S O'Donovan (Heriot Watt University, United Kingdom)
IHTC15-9526/SOL-B2-226
Heat Transfer Modeling in Integrated Photoelectrochemical Hydrogen Generators Using
Concentrated Irradiation
Saurabh Tembhurne, Mikael Dumortier, Sophia Haussener (Swiss Federal Institute ofTechnology in Lausanne, Switzerland)

42

IHTC15-8681/SOL-B2-232
DSMC Study on the Rarefied Gaseous Heat Transfer in Annulus Heated by Nonuniform Heat
Flux
Xin-Peng Zhao, Zeng-Yao Li, Zhen Tang, Wen-Quan Tao, (Xi’an Jiaotong University, China)
IHTC15-9309/SOL-B2-233
Forecast Methods for Direct Normal Irradiance at the Ground Level
Carlos Coimbra (University of California, San Diego, USA)IHTC15-9257/SOL-B2-234
Simulation Study of Regenerator of Stirling Engine Used for Solar Energy Thermal Power
Generation
Jingfu Wang, Xinxin Zhang, Miao Zeng, Mingxing Jia (Beijing University of Technology, P R
China)
IHTC15-9150/SOL-B2-235
Heat Transfer Enhancement in a Parabolic Trough Receiver Using Perforated Conical Inserts
Aggrey Mwesigye (University of Pretoria, South Africa), Tunde Bello-Ochende (University ofCape Town, South Africa), Josua P. Meyer (University of Pretoria, South Africa)

General Sessions in Series
12th, Tuesday
Room C1
Session 21 (C1) [9:40 - 11:40]

Session 22 (C1) [14:00 - 16:00]

MIN1

MIN2

Measurement and Instrumentation (1)Measurement and Instrumentation (2)Co-Chairs : Nao Ninomiya & Benjamin Remy

Co-Chairs : Kuniyasu Ogawa & Wilko Rohlfs

IHTC15-8678/MIN-C1-211
An Investigation of Wall Temperature Characteristics to Improve the Evaluation Method for
Thermal Fatigue at a T-Junction Pipe
Koji Miyoshi, Akira Nakamura (Institute of Nuclear Safety System, Incorporated, Japan),Nobuyuki Takenaka (Kobe University, Japan)

IHTC15-9132/MIN-C1-221
Non Contact Temperature Field Measurement on Non-Uniform Dynamical Scenes:
Contribution of Thermoreflectometry
Remi Gilblas, Thierry Sentenac, Yannick Le Maoult (Institut Clément Ader, France), Daniel
Hernandez (Processes, Materials and Solar Energy, France)

IHTC15-8703/MIN-C1-212
High Speed Observation and Measurement of Surface Temperature and Surface Heat Flux
during Impact of a Droplet on Hot Surface
Suhaimi Illias (Saga University, Japan/Universiti Malaysia Perlis, Malaysia), Mohammad
Nasim Hasan (Bangladesh University of Engineering and Technology, Bangladesh), Yuichi
Mitsutake, Masanori Monde (Saga University, Japan)

IHTC15-9929/MIN-C1-222
Accuracy Verification on 2D Temperature Measurement Method Using CT-Tunable Diode
Laser Absorption Spectroscopy
Takahiro Kamimoto, Yoshihiro Deguchi, Yusuke Kiyota (The University of Tokushima, Japan)

IHTC15-8290/MIN-C1-213
New Methodology and Apparatus for the Thermal Characterization of Semi-Crystalline
Thermoplastics in Extreme Conditions
Baptiste Pignon (Université de Nantes, France), Xavier Tardif (Instituts de Recherche
Technologique Jules Verne, France), Vincent Sobotka, Nicolas Boyard, Didier Delaunay(Université de Nantes, France)
IHTC15-8749/MIN-C1-214
The Freestanding Sensor-%DVHG Ȧ 7HFKQLTXH IRU 7KHUPRSK\VLFDO 3URSHUWLHV
Characterization
Lin Qiu, Xinghua Zheng, Peng Yue, Meng Liu, Dawei Tang (Chinese Academy of Sciences,
China)
IHTC15-8725/MIN-C1-215
Method to Analyze the Spatial Current Distribution in an Operating PEFC Based on NMR
Measurement Using Small Planar Surface Coils
Kuniyasu Ogawa, Yasuo Yokouchi (Keio University, Japan), Tomoyuki Haishi (MRTechnology,
Inc., Japan), Kohei Ito (Kyushu University, Japan)

IHTC15-9934/MIN-C1-223
Simultaneous 2D NH3 and Temperature Measurement Using CT-Tunable Diode Laser
Absorption Spectroscopy
Yoshihiro Deguchi, Takahiro Kamimoto, Yusuke Kiyota (The University of Tokushima, Japan)
IHTC15-8853/MIN-C1-224
Cooling of Electronic Components by Steady/Unsteady Air FlowDavid Altura, Alex Liberzon, Neima Brauner (Tel Aviv University, Israel)
IHTC15-9574/MIN-C1-225
Effect of the Vapor Flow on the Drop Spreading in the Leidenfrost Regime
Guillaume Castanet, Ophélie Caballina, Alexandre Labergue, Michel Gradeck, Fabrice
Lemoine (University of Lorraine, France)
IHTC15-9918/MIN-C1-226
Cross-Ventilation Measurements in Buildings: Small and Full Scales Experimental Models
Julien Salort (Université de Lyon, France/Laboratoire de Physique, France), Hervé Pabiou(Université de Lyon, France), Francesca Chillà (Université de Lyon, France/Laboratoire dePhysique, France), Christophe Ménézo (Chaire INSA-EDF, France)

IHTC15-9775/MIN-C1-216
Study of Thermal Characteristics of Power Mosfet Package under Body-Diode and Saturate
Test Conditions
Yafei Luo (Mentor Graphics Japan, Japan), Yasushi Kajita (Nagoya Municipal Industrial
Research Institute, Japan), Tomoyuki Hatakeyama, Shinji Nakagawa, Masaru Ishizuka(Toyama Prefectural University, Japan)

43General Sessions in Series
12th, Tuesday
Room C2
Session 23 (C1) [16:30 - 18:30]
MIN3

Measurement and Instrumentation (3)Session 21 (C2) [9:40 - 11:20]
NMS

NEMS/MEMS

Co-Chairs : Nao Ninomiya & Hervé Pabiou

Co-Chairs : Ai Ueno & Chun Yang

IHTC15-8595/MIN-C1-231
The Effect of Sonication Time on Effective Thermal Conductivity of Glycerol-MgO Based
Nanofluids
Ntumba Tshimanga, Mohsen Sharifpur, Josua P. Meyer (University of Pretoria, South Africa)

IHTC15-8752/NMS-C2-211
Development of a Mini-Channel Gas Separator Utilizing Soret EffectNaoki Ono, Takahiro Wako, Tomohiro Higurashi (Shibaura Institute of Technology, Japan),
Sohei Matsumoto (AIST, Japan)

IHTC15-9800/MIN-C1-232
Thermal-Hydraulic Experiments with Sodium Chloride Aqueous Solution
LiFang Jiao, Wei Liu, Taku Nagatake, Kazuyuki Takase, Hiroyuki Yoshida, Fumihisa Nagase(Japan Atomic Energy Agency, Japan)

IHTC15-9313/NMS-C2-212
Fabrication and Visualization of a Micro Pulsating Heat Pipe
Kai-Shing Yang (Industrial Technology Research Institute, Taiwan), Yu-Chi Cheng (National
Kaohsiung University of Applied Sciences, Taiwan), Ming-Shan Jeng, Kuo-Hsiang Chien(Industrial Technology Research Institute, Taiwan), Jin-Cherng Shyu (National Kaohsiung
University of Applied Sciences, Taiwan)

IHTC15-8605/MIN-C1-233
Combined Three-Dimensional Flow- and Temperature Field Measurements Using Digital
Light Field Photography
Manuel Rietz, Oliver Garbrecht, Wilko Rohlfs, Reinhold Kneer (RWTH Aachen University,
Germany)
IHTC15-8855/MIN-C1-234
Temperature Imaging of Water Around a Small Heated Sphere Using a Near-Infrared
Absorption Technique
Naoto Kakuta, Kenta Yamada, Ryota Fujioka (Tokyo Metropolitan University, Japan),
Katsuya Kondo (Tottori University, Japan), Hidenobu Arimoto (National Institute of Advanced
Industrial Science and Technology, Japan), Yukio Yamada (University ofElectro-Communications, Japan)
IHTC15-8990/MIN-C1-235
New Estimation Method Based on Integral Transforms for the Thermal Diffusivity
Measurement of Anisotropic Materials
Christophe Rodiet, Mathieu Niezgoda, Benjamin Remy, Alain Degiovanni (Université deLorraine, France)
IHTC15-9380/MIN-C1-236
Visualization and Analysis of Heat and Mass Transfer with Chemical Reactions in
Microchannels
Daisuke Kawashima, Naoto Kakuta (Tokyo Metropolitan University, Japan), Katsuya Kondo(Tottori University, Japan), Hidenobu Arimoto (National Institute of Advanced Industrial
Science and Technology, Japan), Yukio Yamada (The University of Electro-Communications,Japan)

44

IHTC15-9625/NMS-C2-213
The Influence of Surface Electric Charge on Water Freezing
Jia-Wei Zhou, Xiang-Xiong Zhang, Min Chen (Tsinghua University, China)
IHTC15-9130/NMS-C2-214
Effect of Wall Structures on Nano-Channel Flows
Haruka Yasuoka, Tomohiko Imae, Masayuki Kaneda, Kazuhiko Suga (Osaka Prefecture
University, Japan)
IHTC15-9508/NMS-C2-215
Enhanced Flow Boiling Heat Transfer in Microchannels with Structured Surfaces
Yangying Zhu, Dion Antao, Kuang-Han Chu (Massachusetts Institute of Technology, USA),
Terry Hendricks (California Institute of Technology, USA), Evelyn Wang (Massachusetts
Institute of Technology, USA)

General Sessions in Series
12th, Tuesday
Session 22 (C2) [14:00 - 15:40]

Session 23 (C2) [16:30 - 17:50]

HTE1

HTE2

Heat Transfer Enhancement (1)Heat Transfer Enhancement (2)Co-Chairs : Keiko Fujioka & Janusz Szmyd

Co-Chairs : Masahiro Kawaji & Naoe Sasaki

IHTC15-8240/HTE-C2-221
Heat Transfer in a 90° T-Junction
Julien Pellé, Olmo Duran Medina, Thien Duy Nguyen, Souad Harmand (TEMPO, France)

IHTC15-8825/HTE-C2-231
Numerical Investigation of Fluid Flow and Heat Transfer Characteristics of Partial Length Pin
Fins in Vertical Parallel Plate Channel
Ravi S. Jadhav, Chakravarthy Balaji (IIT Madras, India)

IHTC15-9123/HTE-C2-222
Numerical and Experimental Studies of the Flow and Heat Transfer in Circular Tubes with
Straight Frame Rotor Inserts
Xiaolei Zhu, Ji'an Meng, Hong Zhou, Zhixin Li (Tsinghua University, China)
IHTC15-9615/HTE-C2-223
A Numerical and Experimental Study on Flow and Heat Transfer Characteristics of
Viscoelastic Fluid in a Serpentine Channel
Kazuya Tatsumi, Wataru Nagasaka, Takuya Matsuo, Kazuyoshi Nakabe (Kyoto Unveristy,
Japan)
IHTC15-9974/HTE-C2-224
Numerical Investigation of Bénard-Marangoni Convection of Paramagnetic Liquid in Annular
LayersToshio Tagawa (Tokyo Metropolitan University, Japan)
IHTC15-9062/HTE-C2-225
Investigation of Heat Exchange and Hydrodynamics Parameters in Annular Channels with
Interacting Swirling Flows
Alexander Zakharenkov, Eduard Boltenko, Alexander Varava, Aleksey Dedov, Alexander
Komov (National Research University, Russia)

IHTC15-9372/HTE-C2-232
Thermal Performance of Nanofluids in Microchannel Equipped with a Synthetic Jet Actuator
Ann Lee, Dezheng Darson Li, Ghar Ek Lau, Guan Heng Yeoh (The University of New South
Wales, Australia)
IHTC15-9259/HTE-C2-233
The Effect of a Crossed Electromagntic Field on Mixed Convection of a Low Pr Fluid in a
Vertical Duct
Praveen Throvagunta, N. L Gajbhiye (Indian Institute of Technology Kanpur, India), Viktor
Eswaran (Indian Institute of Technology Hyderabad, Medak, India)
IHTC15-9950/HTE-C2-234
An Analysis of Paramagnetic Fluid Thermal Convection in a Concentric Annuli under Strong
Magnetic Field Gradient
Witold Wrobel, Elzbieta Fornalik-Wajs, àXNDV] 3OHVNDF] $*+ 8QLYHUVLW\ RI 6FLHQFH DQGTechnology, Poland), Sasa Kenjereš (Delft University of Technology, The Netherlands),
Janusz S. Szmyd (AGH University of Science and Technology, Poland)45

General Sessions in Series
12th, Tuesday
Room D
Session 21 (D) [9:40 - 11:40]
ADS

Adsorption and Desorption

Session 22 (D) [14:00 - 16:00]
TBF

Two-phase, Bubble Flow, Water Film

Co-Chairs : Shigeru Koyama & Zhong-Xian Yuan

Co-Chairs : Masafumi Katsuta & Axel Sielaff

IHTC15-9289/ADS-D-211
Design and Performance Analysis of an Advanced Thermal Battery for Electric Vehicle
Climate Control
Shankar Narayanan, Xiansen Li, Sungwoo Yang, Ian McKay, Hyunho Kim, Evelyn Wang
(MIT, USA)IHTC15-8960/TBF-D-221
Bubble Growth in Microgravity under the Action of Electric Forces: Experiments andNumerical Simulation
Paolo Di Marco (DESTEC University of Pisa, Italy), Ryo Kurimoto (University of Shiga
Prefecture), Giacomo Saccone (DESTEC University of Pisa, Italy), Kosuke Hayashi, Akio
Tomiyama (Kobe University, Japan)

IHTC15-8866/ADS-D-212
Effects of the Induced Charge on CO2 Adsorption in Cu-BTC at Different Temperature: A
Combined Experimental and Molecular Simulation Study
Hui Wang, Zhiguo Qu, Wen Zhang, Wenquan Tao (Xi’an Jiaotong University, China)
IHTC15-9555/ADS-D-213
Theoretical and Experimental Studies on Characteristics of Adsorption Performance of
Desiccant Rotor Applied to Desiccant Heat Pump
Shiyu Feng (Nanjing University of Aeronautics and Astronautics), Naoki Nakagawa, Takehiro
Koyano, Chaobin Dang, Eiji Hihara (The University of Tokyo, Japan)
IHTC15-9051/ADS-D-214
Inclusion of Non-Isothermal Effects in Modeling Electrochemical Kinetics of Contaminated
PEM Fuel Cell Electrodes
Saiful Hasmady, Kazuyoshi Fushinobu (Tokyo Institute of Technology, Japan)
IHTC15-9392/ADS-D-215
A Measurement Method of Adsorption/Desorption Rate Controlled by Adsorbent
Temperature in Moist Air of Atmospheric Pressure
Takafumi Ouchi, Yoshinori Hamamoto, Hideo Mori (Kyushu University, Japan)
IHTC15-9623/ADS-D-216
Molecular Simulation of CO2 Sorption on Mesoporous Material Fillled with Polyethylenimine
Jiang Li, Weilong Wang, Jing Ding (Sun Yat-sen University, China)

46

IHTC15-8906/TBF-D-222
Study on Liquid Film Thickness of Accelerated Slug Flow in Micro Tubes
Kenshiro Muramatsu (DENSO CORPORATION, Japan), Youngjik Youn (The University ofTokyo, Japan), Youngbae Han (Hongik University, Korea), Keishi Yokoyama, Yosuke
Hasegawa, Naoki Shikazono (The University of Tokyo, Japan)
IHTC15-9171/TBF-D-223
Microscale Convective Heat Transfer with Plug Flow in Microchannels
Teck Neng Wong, Zhizhao Che (Nanyang Technological University, Singapore), Nam Trung
Nguyen (Griffith University, Australia)
IHTC15-8857/TBF-D-224
Measurements of Heat Transfer Coefficients to Cylinders in Shallow Bubble Columns
Emily W. Tow, John H. Lienhard V (MIT, USA)IHTC15-8573/TBF-D-225
Experimental Research on Falling Film Flow Characteristic for Horizontal Drop-shaped Tube
Bundle in Cold State
Chao Bai, Lincong Luo, Guanmin Zhang, Maocheng Tian (Shandong University, China), Wei
Li (Zhejiang University, China), Yanping Shi (Shanxi Fenxi Heavy Industry Co.,Ltd., China)
IHTC15-8671/TBF-D-226
Study of the Flow and Heat Transfer of Water Film on Hot Air Anti-Icing Airfoil Surface
Mei Zheng, Wei Dong, Guilin Lei, Jianjun Zhu (Shanghai Jiao Tong University, China)

General Sessions in Series
12th, Tuesday
Room E
Session 21 (E) [9:40 - 11:40]
INV

Inverse Problems

Session 22 (E) [14:00 - 15:40]
BMA2 Bio and Medical Applications (2)Co-Chairs : Atsuki Komiya & Yuichi Mitsutake

Co-Chairs : Helcio Orlande & Hiroshi Takamatsu

IHTC15-9796/INV-E-211
Parameter Estimation Using Heat Transfer Models with Experimental Data Using a
Combined Ann-Bayesian Approach
Nagarajan Gnanasekaran (National Institute of Technology Surathkal, India), Nithin, C. Balaji(Indian Institute of Technology Madras, India)

IHTC15-9304/BMA-E-221
Experimental Study on the Vascular Thermal Response to Visible Laser Pulses
Dong Li, Bin Chen, Wenjuan Wu, Guo-xiang Wang, Y L He (Xi'an Jiaotong University, China),
Zhaoxia Ying (University of Akron, USA)IHTC15-9577/INV-E-212
Recovering the Front Surface Temperature of Metallic and Composite Targets Subject toLocalized Heating via Inverse Heat Transfer Modeling
Yuwen Zhang, JinnKuen Chen, Zaichun Feng (University of Missouri, USA)IHTC15-9764/INV-E-213
Research and Development of Heat Flux Sensor for Thermokinetic Processes
Oleg Alifanov, Sergey Budnik, Aleksey Nenarokomov, Andrey Netelev (Moscow Aviation
Institute, Russia)
IHTC15-9532/INV-E-214
A Non-Intrusive Inverse Problem Technique for the Identification of Contact Failures in
Double-Layered Composites
Luiz Abreu (Federal University of Rio de Janeiro / COPPE, Brazil), Carlos Alves(Technical
University of Lisbon, Portugal), Marcelo Colaco (Federal University of Rio de Janeiro /COPPE, Brazil), Helcio R. B. Orlande (Federal University of Rio de Janeiro / COPPE, Brasil)
IHTC15-9473/INV-E-215
Retrieval of Geometric Structure of Internal Defect in Two-Dimensional Semi-Transparent
Media under Laser Irradiation Using the RDS-PSO
Hong Qi, Zhenzong He, Teng Jia, Biao Zhang, Liming Ruan (Harbin Institute of Technology,
China)

IHTC15-8933/BMA-E-222
Observation of Ice-Solute Interaction in Freezing of Trehalose and Albumin Solutions byUsing Confocal Raman Microscope Equipped with Directional Solidification Stage
Hideto Hirahata, Yutaka Nagare (Kyushu University, Japan), Alan Twomey (University of
Minnesota, USA), Kosaku Kurata, Takanobu Fukunaga (Kyushu University, Japan), Alptekin
Aksan (University of Minnesota, USA), Hiroshi Takamatsu (Kyushu University, Japan)
IHTC15-9119/BMA-E-223
Voxel-Based Simulation of Air-Conditioning in the Human Nasal Cavity
Gaku Tanaka, Fuyuto Araki, Shun Shimizu (Chiba University, Japan), Toshihiro Sera (Osaka
University, Japan), Hideo Yokota, Kenji Ono (Riken, Japan)
IHTC15-9542/BMA-E-224
Blinking and Temperature Gradients in Normal Functioning Human Eye
Amanie Abdelmessih (California Baptist University, USA)IHTC15-8277/BMA-E-225
Investigations on Interactions between Heat Exchanger Biofouling and Suspended Matter
Qianpeng Yang, Lin Shi, Siyuan Chang (Tsinghua University, China)

IHTC15-9190/INV-E-216
Estimation of the Heat Transfered to a Fluid in a Minichannel by an Inverse Technique
Waseem Al Hadad, Y. Rouizi, Y. Jannot, B. Rémy, D. Maillet (University of Lorraine & CNRS,France)47

General Sessions in Series
12th, Tuesday
Room F
Session 21 (F) [9:40 - 11:40]

Session 22 (F) [14:00 - 15:20]

FCV3

FCV4

Forced Convention (3)Forced Convention (4)Co-Chairs : Tomoya Houra & Xin-Rong Zhang

Co-Chairs : Sanjeev Chandra & Kenji Yoshida

IHTC15-8965/FCV-F-211
Experimental Investigation of the Heat Transfer Process at a Gas-Dynamic Method of Energy
Separation
Andrey Zditovets, Urii Vinogradov (Moscow State University, Russia), Alexander Titov (OJSC
Orgenergogaz, Russia)

IHTC15-8952/FCV-F-221
An Analytical Study of the Heat Transfer in a Regular-Shaped Micro-Channel Type Stirling
Regenerator
ZhiGang Li, Dawei Tang (Chinese Academy of Sciences, China), Yoshihiko Haramura(Kanagawa University, Japan), Miao Zeng (Chinese Academy of Sciences, China), Yohei
Kato (Kanagawa University, Japan)

IHTC15-9225/FCV-F-212
Heat Transfer and Pressure Drop Characteristics in the Annuli of Tube-in-Tube Heat
Exchangers (Horizontal Lay-Out)
Francois P.A Prinsloo, Jaco Dirker, Josua P. Meyer (University of Pretoria, South Africa)
IHTC15-9107/FCV-F-213
Gas-Dynamic Temperature Stratification in a Compressible Low-Prandtle Gas Flow on a
Permeable Wall
Maksim Makarov, Viktor Naumkin (Russian Academy of Sciences, Russia)
IHTC15-9469/FCV-F-214
Flow and Heat Transfer Characteristics of Ammonium Alum Hydrate Slurries with Surfactants
as Drag-Reducers and with Polyvinyl Alcohol as Stabilizers
Ruri Hidema, Hiroshi Suzuki, Takuya Tano, Yoshiyuki Komoda (Kobe University, Japan)
IHTC15-9210/FCV-F-215
Inlet Flow Effects in Microchannels on Single-Phase Heat Transfer Coefficients and Friction
Factors
Darshik V. Garach, Jaco Dirker, Josua P. Meyer (University of Pretoria, South Africa)
IHTC15-9250/FCV-F-216
Heat Transfer Coefficients for Tubes in the Turbulent Single Phase Flow Regime with a
Focus on Uncertainty
Madder Steyn, Josua P. Meyer (University of Pretoria, South Africa)

48

IHTC15-9280/FCV-F-222
Effects of Evaporation and Condensation on Apparent Thermal Slip
Marc Hodes, Lisa Lam, Scott MacLachlan (Tufts University, USA), Ryan Enright(Alcatel-Lucent, Ireland)
IHTC15-9409/FCV-F-223
Characteristics of Thermal Convective Flow of Near-Critical CO2 Fluid in Microchannels
Lin Chen, Xin-Rong Zhang (Peking University, China)
IHTC15-9745/FCV-F-224
Experimental Analysis of Gas Forced Convective Heat Transfer in Microtubes under H and T
Thermal Boundary Conditions
Yahui Yang (University of Bologna, Italy), Chungpyo Hong (Kagoshima University, Japan),
Gian Luca Morini (University of Bologna, Italy)

General Sessions in Series
12th, Tuesday
Room G
Session 23 (F) [16:30 - 18:10]

Session 21 (G) [9:40 - 11:20]

FCV5

HEX2

Forced Convection (5)Heat Exchanger (2)Co-Chairs : Jorge Alvarado & Kazuhiko Suga

Co-Chairs : Kyoji Inaoka & Gennady Ziskind

IHTC15-8769/FCV-F-231
Volumetric Heat Transfer Determination for Forced Convection of Air through Alumina (Al2O3)
Foam
Dig Vijay, Pitt Goetze, Rhena Wulf, Ulrich Gross (TU Bergakademie Freiberg, Germany)

IHTC15-8536/HEX-G-211
Flow and Thermal Performance of Graphite Foam Dimpled Fin Heat Exchangers
Wamei Lin (Lund university, Sweden), Gongnan Xie (Northwestern Polytechnical University,
China), Bengt Sunden (Lund University, Sweden), Qiuwang Wang (Xi'an Jiaotong University,
China)

IHTC15-9036/FCV-F-232
High Temperature Metal Foam Heat Exchanger
Pakeeza Hafeez, Saeid Salavati, Javad Esmeelpanah, Sanjeev Chandra, Javad Mostaghimi,
Tom Coyle (University of Toronto, Canada)
IHTC15-9167/FCV-F-233
Experimental Determination of Convective Heat Transfer Coefficients during Molten
Aluminum Purification Using Open Cell Alumina (AL2O3) Ceramics
Pitt Goetz, Dig Vijay, Eva Jäeckel, Rhena Wulf, Ullrich Gross, Klaus Eigenfeld (TU
Bergakademie Freiberg, Germany)
IHTC15-9489/FCV-F-234
Hydrothermal-Wave Instability and Resultant Flow Patterns Induced by Thermocapillary
Effect in a Half-Zone Liquid Bridge of High Aspect Ratio
Ichiro Ueno, Hiroki Kawasaki, Takumi Watanabe, Kosuke Motegi, Toshihiro Kaneko (Tokyo
University of Science, Japan)
IHTC15-9852/FCV-F-235
The Effect of Radiative Heat Transfer on Slip Flow through Parallel-Plate Microchannels
Mostafa Shojaeian (Sabanci University, Turkey), Rahim Zamanian (Amirkabir University of
7HFKQRORJ\,UDQ $OL.RúDU 6DEDQFL8QLYHUVLW\7XUNH\

IHTC15-9007/HEX-G-212
Entropy Generation Minimization Analysis of Passive and Active Magnetocaloric
Regenerators
Paulo Trevizoli, Diego Alcalde, Jader Barbosa (Federal University of Santa Catarina, Brazil)
IHTC15-8908/HEX-G-213
Heat Transfer and Pressure Drop Performance of Offset Strip Fin with Gap between Adjacent
Rows
Seongwon Hwang, Ji-Hwan Jeong, Jae Jun Jeong (Pusan National University, Republic ofKorea)
IHTC15-8929/HEX-G-214
A Numerical Study on Turbulent Single-Phase Flow and Heat Transfer in Pillow PlatesMark Piper, Alexander Zibart, Julian M. Tran, Eugeny Y. Kenig (University of Paderborn,
Germany)
IHTC15-9144/HEX-G-215
Quantitative Estimation of Frost Formation on Plate-Fin Tube Heat Exchanger by NeutronRadiography
Ryosuke Matsumoto, Tomoya Yoshimura, Hisashi Umekawa, Takeyuki Ami (Kansai
University, Japan), Daisuke Ito, Yasushi Saito (Kyoto University, Japan)

49

General Sessions in Series
12th, Tuesday
Session 22 (G) [14:00 - 15:20]

Session 23 (G) [16:30 - 18:30]

HEX3

HEX4

Heat Exchanger (3)Heat Exchanger (4)Co-Chairs : Jalaluddin & Hiroshi Suzuki

Co-Chairs : Jader Barbosa & Hisashi Umekawa

IHTC15-9435/HEX-G-221
Enhanced Melting in Geometries Suitable for Thermal Energy Storage
Tomer Rozenfeld, Yoram Kozak, Gennady Ziskind (Ben-Gurion University, Israel)

IHTC15-9766/HEX-G-231
Numerical Simulation of 3D Flow Effect on Heat Transfer from a Tube Bank of Subsea Cooler
Nikolay Ivanov, Vladimir Ris, Evgueni M. Smirnov, Nikolay Tschur (St.Petersburg State
Polytechnic University, Russia)

IHTC15-9085/HEX-G-222
Fin Efficiency and the Optimisation of X-Shaped Louvered Fins
Bernd Ameel, Joris Degroote, Henk Huisseune, Jan Vierendeels, Michel De Paepe (Ghent
University, Belgium)
IHTC15-9362/HEX-G-223
The Effect of the Circular Cylinder's Insertion Position on Heat Transfer Enhancement inTransition Flow
Hui Xu (Jiangsu University, China), Lijuan Wang (Nantong University, Cina), Kyoji Inaoka(Doshisha university, Japan), Guannan Xi (Nantong University, China)
IHTC15-9194/HEX-G-224
Study of Heat Pipe Effectiveness Filled with Different Refrigerants
Grzegorz Gorecki (Lodz University of Technology, Poland)

IHTC15-9041/HEX-G-232
Effect of Fin Specification on Thermal Performance of Fin-Tube Heat Exchanger for Heat
Pump under Frosting Condition
Jeongkeun Kim, Keumnam Cho (Sungkyunkwan University, Korea)
IHTC15-9644/HEX-G-233
CFD Modelling of Flow over in-Line Tube-Banks
Hector Iacovides, Brian Launder, Alastair West (University of Manchester, United Kingdom)
IHTC15-9093/HEX-G-234
Maximal Velocity Ratio Design Method for Shell-and-Tube Heat Exchangers with Continuous
Helical Baffles
Jianfeng Yang, Min Zeng, Guidong Chen, Qiuwang Wang (Xi'an Jiaotong University, China)
IHTC15-9791/HEX-G-235
Optimization of Lifetime Expectance for Heat Exchangers with Special Requirements
Pascal Freko, Ingo Thomas, Reinhold Hoelzl, Axel Lehmacher, Alexander Woitalka (Linde
AG, Germany)
IHTC15-9449/HEX-G-236
Size Effect of the Flow Path on the Flow and Heat Transfer Characteristics in a Cavity Swept
by a Visco-Elastic Fluid
Hiroshi Suzuki, Ruri Hidema, Yoshiyuki Komoda (Kobe University, Japan)

50General Sessions in Series
12th, Tuesday
Room H
Session 21 (H) [9:40 - 11:00]

Session 22 (H) [14:00 - 15:20]

EEC1

EEC2

Electronic Equipment Cooling (1)Electronic Equipment Cooling (2)Co-Chairs : Martine Baelmans & Shinji Nakagawa

Co-Chairs : Masaru Ishizuka & Nick Jeffers

IHTC15-8910/EEC-H-211
Transient Thermal Behavior of the Microprocessor System - Investigation of Effects byDistributed Thermal Capacitance and Thermal Spreading Resistances
Koji Nishi (Advanced Micro Devices Japan, Japan), Tomoyuki Hatakeyama, Shinji Nakagawa,
Masaru Ishizuka (Toyama Prefectural University, Japan)

IHTC15-9594/EEC-H-221
Conjugate Forced Convection-Conduction Heat Transfer in Channel Flow Using Different
Cooling Fluids
Felipe Baptista Nishida, Yara de Souza Tadano, Thiago Antonini Alves (Federal
Technological University of Paraná, Brazil)

IHTC15-8951/EEC-H-212
An 1-D Model for Species Crossover through the Membrane in All-Vanadium Redox Flow
Batteries
Yuan Lei, Baowen Zhang, Bofeng Bai (Xi'an Jiaotong University, China), Tianshou Zhao (TheHong Kong University of Science and Technology, China)

IHTC15-9396/EEC-H-222
Development of In-Plane Thermal Conductivity Measurement Method of Multi-Layer Printed
Wiring Boards Called Straight Fin Temperature Fitting Method
Tetsuro Ogushi (Hiroshima International University, Japan), Kumi Aoki, Takashi Kobayashi,
Yuta Niki (Mitsubishi Electric Corporation, Japan), Takuya Hirata (ESPEC Corporation,
Japan)

IHTC15-8327/EEC-H-213
A Miniature Multiple Vibrating-Fan Cooling System Using Magnetic Force and Piezoelectric
Force
HsienChin Su (Purdue University, USA), Chunlin Liu (National Taiwan University, Taiwan)
IHTC15-9808/EEC-H-214
Liquid Film Wave Patterns and Dryout in Microgap Channel Annular FlowCaleb Holloway, Avram Bar-Cohen, Darin Sharar (University of Maryland, USA)IHTC15-8546/EEC-H-223
L-Shaped Thermosyphon Loop with Vertical Evaporator for Power Electronics CoolingFrancesco Agostini, Thomas Gradinger (ABB Corporate Research Center, Switzerland)
IHTC15-9420/EEC-H-224
Performance Evaluation of Micro-Jet Impingement on Various Dimpled Surfaces
Sun-Min Kim, Kwang-Yong Kim (Inha University, Korea)

51

General Sessions in Series
12th, Tuesday
Room I
Session 23 (H) [16:30 - 17:50]

Session 21 (I) [9:40 - 11:20]

EEC3

TPP3

Electronic Equipment Cooling (3)Thermophysical Properties (3)Co-Chairs : Francesco Agostini & Tetsuro Ogushi

Co-Chairs : Stephan Kabelac & Yasuyuki Takata

IHTC15-9166/EEC-H-231
The Forced Circulation Cooling System with Rectangular Mini-Channels for the Inverter ofElectric Vehicles
Jiwon Yeo (Kyushu University, Japan), Daisuke Jige (Tokyo University of Marine Science andTechnology, Japan), Seiya Yamashita, Shigeru Koyama (Kyushu University, Japan)

IHTC15-9050/TPP-I-211
Tailoring Radiative Property of Two-Dimensional Complex Grating Structures
Sunwoo Han, Bong Jae Lee (Korea Advanced Institute of Science and Technology, South
Korea)

IHTC15-9936/EEC-H-232
Practical Measurement System for Very Large Scale Integration Circuits Using Infrared
Thermography
Yuan-Ta Hsieh, Jian-Fu Wu, Chiao-Li Fang, Hann-Huei Tsai, Ying-Zong Juang (National
Applied Research Lobortories, Taiwan)
IHTC15-9227/EEC-H-233
Heat Transfer and Fluid Mechanics from a Piezoelectric Fan Operating in Its Second
Resonant Frequency Mode
Nick Jeffers, Jason Stafford, Brian Donnelly (Alcatel-Lucent, Ireland)
IHTC15-9115/EEC-H-234
Convolution Based Steady State Compact Thermal Model for 3D Integrated Circuits:
Methodology for Including the Thermal Impact of Die to Die Interconnections
Federica Lidia Teresa Maggioni, Herman Oprins, Eric Beyne, Ingrid De Wolf (Interuniversity
Microelectronics Centre/ Katholieke Universiteit Leuven, Belgium), Martine Baelmans(Katholieke Universiteit Leuven, Belgium)

52

IHTC15-9505/TPP-I-212
Molecular Simulation of Water Sorption and Diffusion Characterizaton in Cation-Exchanged
ZSM-5
Hongyin Chen, Jing Ding, Weilong Wang (Sun Yat-sen University, China), Xiaolan Wei(South China University of Technology, China), Jianfeng Lu (Sun Yat-Sen University, China)
IHTC15-9220/TPP-I-213
Diffusion of Carbon Dioxide in Decane by MRI Technique
Hao Min, Yongchen Song, Yuechao Zhao, Yu Liu, Bo Su, Lanlan Jiang, Xinhuan Zhou,
Lingyue Tang (Dalian University of Technology, China)
IHTC15-9664/TPP-I-214
Heat Transport Along Polar Nanofilms Due to Surface Phonon-Polaritons
Jose Ordonez-Miranda, Laurent Tranchant (École centrale Paris, France), Beomjoon Kim(The University of Tokyo, Japan), Yann Chalopin, Thomas Antoni, Sebastian Volz (École
centrale Paris, France)
IHTC15-8917/TPP-I-215
Thermal Conductivity of Silicon Nanofilms Predicted by Combined Phonon Hydrodynamics
and Phonon Gas Dynamics
Yuan Dong, Bing-Yang Cao, Zeng-Yuan Guo (Tsinghua University, China)

General Sessions in Series
12th, Tuesday
Session 22 (I) [14:00 - 16:00]
TPP4

Thermophysical Properties (4)Session 23 (I) [16:30 - 18:30]
TST

Thermal Storage

Co-Chairs : Junnosuke Okajima & Huaqing Xie

Co-Chairs : Dominic Groulx & Gaku Tanaka

IHTC15-8604/TPP-I-221
Investigation into the pH and Electrical Conductivity Enhancement of MgO-Ethylene Glycol
Nanofluids
Saheed Adewale Adio, Mohsen Sharifpur, Josua P. Meyer (University of Pretoria, South
Africa)IHTC15-9169/TST-I-231
Non-Isothermal Kinetics of Zeolite Water Vapor Adsorption into a Packed Bed Lab Scale
Thermochemical Reactor
Mohammadreza Gaeini (Eindhoven University of Technology, The Netherlands), Herbert
Zondag (Eindhoven University of Technology, The Netherlands/Energy Research Centre of
the Netherlands, The Netherlands), Camilo Rindt (Eindhoven University of Technology, The
Netherlands)

IHTC15-8606/TPP-I-222
Combined Influence of Size and Sonication on Constant Shear Viscosity of MgO-Ethylene
Glycol Nanofluids
Saheed Adewale Adio, Mohsen Sharifpur, Josua P. Meyer (University of Pretoria, South
Africa)IHTC15-9160/TPP-I-223
Evaporation of Nanofluids
Jan Eggers, Stephan Kabelac (Leibniz University Hannover, Germany)
IHTC15-8643/TPP-I-224
Frost Formation and Growth on Hydrophilic, Hydrophobic, and Biphilic Surfaces
Alexander Van Dyke, Amy Betz (Kansas State University, USA)IHTC15-8835/TPP-I-225
A Non-Equilibrium Molecular Dynamics Study on Thermal Transport in Functionalized
Carbon Nanotube/Polymer Nanocomposites
Youdi Kuang, Baoling Huang (The Hong Kong University of Science and Technology, China)
IHTC15-8348/TPP-I-226
Two Different Methods for Determination of Exothermic Reaction Enthalpies from
Temperature Measurements in Beechwood Cylinders during Torrefaction
Andreas Ohliger, Paul-Martin Steffen, Reinhold Kneer (RWTH Aachen University, Germany)

IHTC15-9987/TST-I-232
A Composite Mesoporous Material for an Open Sorption Thermal Energy Storage System
Hongzhi Liu, Katsunori Nagano, Daichi Sugiyama, Junya Togawa, Makoto Nakamura(Hokkaido University, Japan)
IHTC15-8881/TST-I-233
Investigation of Heat and Mass Transfer in a Magnesium Hydride Heat Storage Reactor
Dan Shen, Changying Zhao, Qian Wang (Shanghai Jiao Tong University, China)
IHTC15-8892/TST-I-234
Heat Transfer in Latent Heat Thermal Energy Storage Device for Automobile Applications
Duke Po-Chen Shih, Honghi Tran, Masahiro Kawaji (University of Toronto, Canada),
Matthew Birkett, John Burgers (Dana Thermal Products, Canada)
IHTC15-8518/TST-I-235
Experimental and Numerical Investigation of Phase Change Heat Transfer Characteristics in
Open-Cell Metal Foam Infiltrated with Eutectic Salt for Solar Energy Storage
Peng Zhang, Xin Xiao (Shanghai Jiao Tong University, China), Ming Li (Yunnan Normal
University, China)
IHTC15-8753/TST-I-236
Performance Analysis of the Molten-Salt Thermal Storage System Filled by PCM Capsuleswith Cascaded Melting Temperatures
Chao Xu (North China Electric Power University, China), Ming Wu (Xi'an Jiaotong University,
China), Xing Ju, Xiaoze Du (North China Electric Power University, China), Yaling He (Xi'an
Jiaotong University, China), Yuanyuan Li (North China Electric Power University, China)

53General Sessions in Series
12th, Tuesday
Room J
Session 21 (J) [9:40 - 11:20]

Session 22 (J) [14:00 - 16:00]

CDS3

CDS4

Condensation (3)Condensation (4)Co-Chairs : Yutaka Abe & Xuehu Ma

Co-Chairs : Nenad Miljkovic & Tetsuaki Takeda

IHTC15-9602/CDS-J-211
In-tube Condensation of Low GWP Mixture Refrigerants R1234ze(E)/R32
Akio Miyara (Saga University, Japan), Hasan M. M. Afroz (Dhaka University of Engineeringand Technology, Bangladesh), MD. Anowar Hossain (Dhaka University of Engineering andTechnology, Bangladesh)

IHTC15-9335/CDS-J-221
The Enhancement of Steam Condensation Heat Transfer on a Horizontal Tube by Addition ofAmmonia
Bin Dong, Jun Zhao, Shixue Wang, Minghui Ge, Yulong Zhao (Tianjin University, China),
Kunfeng Liang (Henan University of Science and technology, China)

IHTC15-9758/CDS-J-212
Condensation Heat Transfer of R-410A and R-22 in U-Tubes
Liang-Han Chien, Cheng-Sheng Liu (National Taipei University of Technology, Taiwan)

IHTC15-9609/CDS-J-222
Droplet Departure Characteristics for Steam Dropwise Condensation at Low Pressure
Xuehu Ma, Rongfu Wen, Zhong Lan, Benli Peng, Wei Xu (Dalian University of Technology,
China)

IHTC15-9887/CDS-J-213
Study on Computational Method of Filmwise Non-Equilibrium Condensation
Tsubasa Ohshima (Hitachizosen Corporation, Japan), Takeo Kajishima (Osaka University,
Japan)
IHTC15-8532/CDS-J-214
A New Model for Refrigerant Condensation inside a Brazed Plate Heat Exchanger (BPHE)
Giovanni A. Longo, Giulia Righetti, Claudio Zilio (University of Padova, Italy)
IHTC15-9416/CDS-J-215
Nitrogen Liquefaction: A Prototype Plant
Mario De Salve (Politecnico di Torino, Italy), Davide Milani (Criotec Impianti S.r.l., Italy),
Bruno Panella (Politecnico di Torino, Italy), Guido Roveta (Criotec Impianti S.r.l., Italy)

IHTC15-9177/CDS-J-223
Wettability-Driven Water Condensation at the Micron and Submicron Scale
Yutaka Yamada, Akira Kusaba, Tatsuya Ikuta, Takashi Nishiyama, Koji Takahashi, Yasuyuki
Takata (Kyushu University, Japan)
IHTC15-9801/CDS-J-224
Bulk Condensation of Supersaturated Vapor with Allowance of Temperature Distribution ofDroplets
Naum Kortsenshteyn (G.M. Krzhizhanovsky Power Engineering Institute, Russia), Arseniy
Yastrebov (Moscow Power Engineering Institute, Russia)
IHTC15-9895/CDS-J-225
Study of the Heat Transfer and Flow Characteristic of an Ultra Micro Steam Injector
Taichi Koshiji, Yutaka Abe, Akiko Kaneko (University of Tsukuba, Japan), Yutaka Suzuki(WELCON Inc, Japan)
IHTC15-8969/CDS-J-226
Condensation of Water from Saturated Air in a Compact Plate Condenser with Application to
Water Balance in Proton Exchange Membrane Fuel Cell Systems
Ashley Fly, Rob Thring (Loughborough University, UK)

54

General Sessions in Series
12th, Tuesday
Room K
Session 23 (J) [16:30 - 18:30]
CDS5

Condensation (5)Session 21 (K) [9:40 - 11:20]
ECS

Energy Conversion and Storage

Co-Chairs : Takaharu Tsuruta & Arseniy Yastrebov

Co-Chairs : Yukihiko Okumura & Yu Wei

IHTC15-9002/CDS-J-231
Study of the Vapor Superheat Effect on Heat Transfer in Plate Heat Exchanger Based on
Infrared Thermography
Kifah Sarraf, Stéphane Launay, Lounès Tadrist (Aix-Marseille University, France)

IHTC15-9174/ECS-K-211
Study on the Improvement of the Performance of a Novel Adsorption Heat Pump System for
Generating High-temperature Steam
Koichi Nakaso, Shunsuke Kobayashi, Shotaro Eshima, Jun Fukai (Kyushu University, Japan)

IHTC15-8896/CDS-J-232
Electric-Field-Enhanced Jumping-Droplet Condensation
Nenad Miljkovic, Daniel J. Preston (Massachusetts Institute of Technology, USA), Ryan
Enright (Bell Labs, USA), Evelyn N. Wang (Massachusetts Institute of Technology, USA)IHTC15-9820/ECS-K-212
Benchmark Numerical Simulations of Solar Thermoelectric Generators
Shenghui Lei, Ronan Frizzell, Ryan Enright (Bell Labs, USA)IHTC15-9082/CDS-J-233
Study on the Compact Steam Dump Device Development for the Damage Reduction of theCondenser Tube
HyunSoo Kim, Won-Seok Kim, Jong-Wook Lee (BHI.CO.,LTD., Korea)

IHTC15-9326/ECS-K-213
Efficient Utilization of the Electrodes in a Redox Flow Battery by Modifying Flow Field andElectrode Morphology
Shohji Tsushima, Fumiya Kondo, Sho Sasaki, Shuichiro Hirai (Tokyo Institute of Technology,
Japan)

IHTC15-8916/CDS-J-234
Parameter Comparison of Condensation Heat Transfer of R134a Outside Horizontal
Low-Finned Tubes
Ding-cai Zhang (Zhongyuan University of Technology, China), Wen-tao Ji (Xi’an Jiaotong
University, China), Jia-di Du, Zhen Zhang, Xiao-wei Fan (Zhongyuan University ofTechnology, China) Ya-Ling He, Wen-Quan Tao (Xi'an Jiaotong University, China)

IHTC15-8552/ECS-K-214
Experimentally Determined Thermal Parameters of an Energy Conversion Device Using aConstraint Least Square Parameter Estimation Method Coupled with an Analytical Thermal
Model
Jonathan Hey (Imperial College London, UK), Adam Malloy (EVO Electric Ltd., UK), Ricardo
Martinez-Botas (Imperial College London, UK), Michael Lamperth (EVO Electric Ltd., UK)

IHTC15-9161/CDS-J-235
Analysis of the Condensate Carryover Phenomenon on Fin and Tube Evaporators
Emilio Navarro-Peris, Jose Corberan, Jose Gonzálvez-Maciá (Universidad Politécnica
València, Spain), Miguel Zamora (Compañía Industrial de Aplicaciones Térmicas, Spain)

IHTC15-9402/ECS-K-215
Effect of Thermal Conductivity Enhancement of Thermochemical Energy Storage Material on
Unused Heat Utilization System
Yukitaka Kato, Massimiliano Zamengo (Tokyo Institute of Technology, Japan), Keiko Fujioka(Functional Fluids Ltd., Japan)

IHTC15-9296/CDS-J-236
Effect of Hydrocarbon Adsorption on the Wetting of Rare Earth Oxides
Daniel J. Preston, Nenad Miljkovic, Jean Sack (Massachusetts Institute of Technology, USA),
Ryan Enright (Bell Labs, USA), John Queency, Evelyn N. Wang (Massachusetts Institute ofTechnology, USA)

55

General Sessions in Series
12th, Tuesday
Session 22 (K) [14:00 - 15:20]

Session 23 (K) [16:30 - 17:50]

EEF1

EEF2

Energy Efficiency (1)Energy Efficiency (2)Co-Chairs : Wolfgang Heidemann & Yukitaka Kato

Co-Chairs : Masafumi Hirota & Chenn Q. Zhou

IHTC15-8661/EEF-K-221
Pilot Test and Model Analysis of Plastic Heat Exchanger for Flue Gas Heat Recovery
Lin Chen, Xiaoze Du, Jiangtao Liang, Yingying Sun, Lijun Yang, Gang Xu (North China
Electric Power University, China)

IHTC15-8843/EEF-K-231
Treated Aluminum as Highly Reflective Facade Materials for Energy-Efficient Buildings
Takeshi Ihara, Tao Gao, Arild Gustavsen (Norwegian university of science and technology,
Norway), Bjørn Petter Jelle (SINTEF Building and Infrastructure, Norway)

IHTC15-8390/EEF-K-222
Thermo-Electricity Analogy Method for Computing Transient Heat Transfer In a New
Reciprocating Finned Piston Compressor
Mahbod Heidari, Kiarash Gharibdoust, Alfred Rufer, John Richard Thome (École
Polytechnique Fédérale de Lausanne, Switzerland)

IHTC15-9681/EEF-K-232
Application of Micro-Channel Heat Exchanger in Refrigerated Display Cabinet
Chengcheng Tian (China Northwest Architecture Design and Research Institute CO.LTD,
China), Hongqi Li (Beijing University of Technology, China)

IHTC15-9767/EEF-K-223
Heat Transfer Analysis of Blast Furnace Tuyere through CFD Simulation
Yan Chen, Bin Wu, Xingjian Chen, Anfani Okosun, Dong Fu (Purdue University Calumet,USA), Thomas R. Hensler, Donald Zuke, Sergey Trenkinshu (ArcelorMittal, USA), Chenn Q.
Zhou (Purdue University Calumet, USA)IHTC15-9020/EEF-K-224
Entransy Based Optimization on Data Center Cooling Process and Its Application
Hao Tian, Zhen Li, Zhiguang He (Tsinghua University, Beijing)

56

IHTC15-8632/EEF-K-233
Energy Efficient Cooling of Switch Cabinets Using Optimized Internal Settings
Wolfgang Heidemann, Christian Staub, Klaus Spindler (University of Stuttgart, Germany)
IHTC15-8995/EEF-K-234
A Numerical Solution Algorithm for a Heat and Mass Transfer Model of a Desalination
System Based on Packed-Bed Humidification and Bubble Column Dehumidification
Karim Chehayeb (Massachusetts Institute of Technology, USA), Farah Cheaib (American
University of Beirut, USA), John Lienhard V (Massachusetts Institute of Technology, USA)

General Sessions in Series
13th, Wednesday
Room B1
Session 31 (B1) [8:20 - 10:00]

Session 32 (B1) [10:30 - 12:30]

FBL3

PBL1

Flow Boiling (3)Pool Boiling (1)Co-Chairs : Tomoaki Kunugi & Stephane Launay

Co-Chairs : Catherine Colin & Yoshihiko Haramura

IHTC15-9867/FBL-B1-311
A Study on Post-CHF Heat Transfer at Near-Critical Pressure
Takashi Mawatari, Hideo Mori (Kyushu University, Japan), Keishi Kariya (Saga University,
Japan)

IHTC15-9284/PBL-B1-321
Numerical Simulation of Pool Boiling from Artificial Cavities Using the Phase Field Method
Aravind Sathyanarayana (Georgia Institute of Technology, USA), Yogendra Joshi (Georgia
Institute of Technology, USA)IHTC15-9840/FBL-B1-312
Effect of Heat Transfer Surface Structure on Boiling Heat Transfer and Flow Characteristics
in a Horizontal Narrow Channel
Hitoshi Asano, Junpei Yoshidome, Taisaku Gomyo (Kobe University, Japan)

IHTC15-8590/PBL-B1-322
Numerical Simulation of Boiling from a Single Reentrant-Cavity
Jochen Dietl (Technische Universität Darmstadt,Germany), Peter Stephan (Technische
Universität Darmstadt, Germany)

IHTC15-9214/FBL-B1-313
Boiling Investigation in the Microchannel with Nano-Particles Coating
Yuri Kuzma-Kichta (Moscow Power Engineering Institute, Russia), Aleksandr Leontyev(Bauman State Technical University, Russia), Aleksandr Lavrikov, Mikhail Shustov (Moscow
Power Engineering Institute, Russia), Koichi Suzuki (Tokyo University of Science-Yamaguchi,
Japan)

IHTC15-8851/PBL-B1-323
Direct Numerical Simulations of Subcooled Boiling Phenomena Based on Non-Empirical
Boiling and Condensation Model
Yasuo Ose (Yamato System Engineer, Japan), Tomoaki Kunugi (Kyoto University, Japan)

IHTC15-9072/FBL-B1-314
Flow Boiling under Microgravity Conditions Comparative Study of Two Experimental Data
Sets
Marine Narcy (Institute of Fluid Mechanics of Toulouse, France), Alexander Scammell(University of Maryland, USA), Catherine Colin (Institute of Fluid Mechanics of Toulouse,
France), Jungho Kim (University of Maryland, USA)IHTC15-9333/FBL-B1-315
Micro Liquid Film Heat Transfer and Critical Heat Flux of Flow Boiling in Micro-Channels
Yu Yan Jiang, Tao Wang, Zhicheng Wang, Dawei Tang (Chinese Academy of Sciences,
China)

IHTC15-8911/PBL-B1-324
Numerical Simulation on Bubble Growth Process and Heat Transfer Characteristics with
Microlayer Evaporation in Nucleate Boiling for Water
Zhihao Chen, Yoshio Utaka (Yokohama National University, Japan)
IHTC15-9631/PBL-B1-325
Effect of Surface Wettability on Subcooled Boiling Heat Transfer
Yasushi Saito, Daisuke Ito (Kyoto University, Japan)
IHTC15-8817/PBL-B1-326
Boiling Heat Transfer Theory: To Overcome Historical Deadlock
Irakli G. Shekriladze (Georgian Technical University, Georgia)

57General Sessions in Series
13th, Wednesday
Room B2
Session 31 (B2) [8:20 - 10:00]

Session 32 (B2) [10:30 - 11:50]

TPF1

TPF2

Two-phase, Flow Behavior (1)Two-phase, Flow Behavior (2)Co-Chairs : Satoru Momoki & Mark Spector

Co-Chairs : Michel de Paepe & Takehiko Yokomine

IHTC15-8981/TPF-B2-311
Analysis of Two-Phase Flow Behavior in a Sharp Return Bend Using Capacitive
Measurements
Kathleen De Kerpel, Michel De Paepe (Ghent University, Belgium)

IHTC15-9876/TPF-B2-321
Correlation of Transition Boundaries to and from Annular Flow Regime of Ammonia
Evaporating Inside a Horizontal Internally Spirally Grooved Tube
Satoru Momoki (Nagasaki University, Japan), Hirofumi Arima (Saga University, Japan),
Yasuto Takashiba, Tomohiko Yamaguchi, Soichi Sasaki (Nagasaki University, Japan)

IHTC15-9810/TPF-B2-312
Non-Equilibrium Discharging Flow From Safety Valves
Yoshihiko Kitagawa, Sachiyo Horiki, Masahiro Osakabe (Tokyo University of Marine Science& Technology, Japan)
IHTC15-8971/TPF-B2-313
Visualization of Ammonia Boiling Flow Phenomena Inside Narrow Flat Plates
Hirofumi Arima, Fumiya Mishima, Kohei Koyama, Yasuyuki Ikegami (Saga University, Japan)
IHTC15-8720/TPF-B2-314
Dynamic Flow Structures in the Wakes of Sliding Bubbles for Convective Heat Transfer
Enhancement
Rudi O'Reilly Meehan (Trinity College Dublin, Ireland), Brian Donnelly (Bell Labs, Ireland),Tim Persoons, Darina Murray (Trinity College Dublin, Ireland)
IHTC15-8927/TPF-B2-315
Structure of Two-Phase Swirl Flow in Various Channels
Anatoly Yakovlev, Stanislav Tarasevich, Andrey Shishkin (Kazan National ResearchTechnical University, Russia)

58

IHTC15-9376/TPF-B2-322
Effect of Flow Pattern on Critical Heat Flux
Takeyuki Ami, Goshi Yamashina, Hisashi Umekawa, Mamoru Ozawa (Kansai University,
Japan)
IHTC15-9005/TPF-B2-323
A Phenomenological Model of Dryout with Circumferentially Varying Heat Flux
Jonathan Manning (Imperial College London, UK), Geoffrey F. Hewitt (Imperial College of
Science, Technology & Medicine,UK), Simon Walker (Imperial College London, UK)
IHTC15-9023/TPF-B2-324
Study on High-Void Fraction Gas-Liquid Two-Phase Flow in Tube Bundle
Yoshiyuki Kondo, Ling Cheng, Seiho Utsumi, Takashi Ueno, Ryoichi Kawakami, Kengo
Shimamura (Mitsubishi Heavy Industries, Ltd., UK)

General Sessions in Series
13th, Wednesday
Room C1
Session 31 (C1) [8:20 - 9:40]
IPJ

Impinging Jet

Session 32 (C1) [10:30 - 12:30]
RNE

Renewable Energy

Co-Chairs : Krishnamurthy Muralidhar & Niro Nagai

Co-Chairs : Carlos Coimbra & Koji Matsubara

IHTC15-9035/IPJ-C1-311
Heat Transfer Measurements from Concave and Convex Surfaces with a Fully Developed
Confined Impinging Slot Jet
Seong Jung Kim, Yeong Hwan Kim, Hyun Jin Park, Dae Hee Lee (Inje University, Korea),
Phillip Ligrani (Saint Louis University, USA)IHTC15-8834/RNE-C1-321
Numerical Assessment and Optimization of Wind Farm on Complex Terrain
MengXuan Song, BingHeng Wu, Kai Chen, ZhongYang He, Xing Zhang (Tsinghua University,
China)

IHTC15-8838/IPJ-C1-312
Transient Flow and Thermal Performance of Integrated Deflector under Periodic SupersonicFlame Impingement
JiaJie Zhang, Zhiguo Qu, RuiPeng Fu, YaLing He (Jiaotong University, China)
IHTC15-9047/IPJ-C1-313
Experimental and Numerical Investigation of the Flow behind a Sphere Moving Vertically in a
Stratified Fluid
Shinsaku Akiyama, Shota Nakamura, Shinya Okino, Hideshi Hanazaki (Kyoto University,
Japan)
IHTC15-9385/IPJ-C1-314
Heat transfer Enhancement for Row of Impinging Jets in Cross-Flow with Some Baffle
Attachments
Rattanakorn Pansang, Makatar Wae-hayee, Passakorn Vessakosol, Chayut Nuntadusit(Prince of Songkla University, Thailand)

IHTC15-9869/RNE-C1-322
Numerical Modelling of Combined Natural Convection and Surface Radiation Heat Transfer
in Cavity Receiver with Plate Fins
Lloyd C. Ngo (University of Pretoria, South Africa), Tunde Bello-Ochende (University of CapeTown, South Africa), Josua P. Meyer (University of Pretoria, South Africa)
IHTC15-8963/RNE-C1-323
Prediction of the First Pyrolysis Product and Yield in Biomass Gasifier
Yukihiko Okumura (Maizuru National College of Technology, Japan), Takuya Okada, Ken
Okazaki (Tokyo Institute of Technology, Japan)
IHTC15-9817/RNE-C1-324
A Numerical Study on Bed Temperature and Gasifying Agent Effetcs on the Sugarcane
Bagasse Gasification Process
Gabriel Verissimo, Jean de Pinho, Albino Leiroz, Manuel Ernani Cruz (Federal University of
Rio de Janeiro, Brazil)
IHTC15-8989/RNE-C1-325
Optimal Sizing of Heat Exchangers for Organic Rankine Cycles (ORC) Based on
Thermo-Economics
Steven Lecompte, Martijn van den Broek, Michel De Paepe (Ghent University, Belgium)
IHTC15-9916/RNE-C1-326
Anatical Solution of Nanofluid Volumetric Receiver
Seung-Hyun Lee, Hyun Jin Kim, Yong-Jun Park, Kyu Han Kim, Seok Pil Jang (Korea
Aerospace University, Korea)

59General Sessions in Series
13th, Wednesday
Room C2
Session 31 (C2) [8:20 - 10:20]

Session 32 (C2) [10:30 - 12:30]

HTE3

HTE4

Heat Transfer Enhancement (3)Heat Transfer Enhancement (4)Co-Chairs : Yutaka Shibata & Teck Neng Wong

Co-Chairs : Yosuke Hasegawa & Guannan Xi

IHTC15-8750/HTE-C2-311
A Numerical Study of Fluid and Heat Transfer Performance of Heat Exchangers with Novel
Short-Circuit Prevention Helical Baffles
Wenjing Du, Hongfu Wang, Gongming Xin, Shusheng Zhang, Lin Cheng (Shandong
University, China)

IHTC15-9180/HTE-C2-321
Thermal-Hydraulic Performance of a Printed Circuit Heat Exchanger in a CO2-H2O Heat
Exchange Process under Different Mass Flow Rates
Xiangyang Xu, Ting Ma, Lei Li, Min Zeng, Qiuwang Wang (Xi'an Jiaotong University, China),
Yitung Chen (University of Nevada, USA)IHTC15-9424/HTE-C2-312
Numerical Study of Flow and Heat Transfer Characteristics of Different Distributed
Corrugated Tube Bundles
Wei Shao, Bing-xi Li, Hao Wu, Ya-ning Zhang, Zhi Xu (Harbin Institute of Technology, China)

IHTC15-9262/HTE-C2-322
Heat Transfer Characteristics in Forced Convection through a Rectangular Channel with
V-Shaped Rib Roughened Surfaces
Damiano Fustinoni, Pasqualino Gramazio, Luigi Colombo, Alfonso Niro (Politecnico di Milano,
Italy)

IHTC15-8727/HTE-C2-313
Mathematical Derivation on Heat Transfer Improvement of the Air-Cooled Condenser Cell ina Power Plant
Hui Zhang, Haocheng Zhou, Yujin Yue, Lijun Yang, Xiaoze Du, Yongping Yang (North China
Electric Power University, China)
IHTC15-9931/HTE-C2-314
Analysis on Optimal Configuration of Air-Foil Shaped Printed Circuit Heat Exchanger inSupercritical Carbon Dioxide Power Cycle
Sung Ho Yoon (POSTECH, Republic of Korea, KINAC, Republic of Korea), Jin Gyu Kwon,
Tae Ho Kim, Hyun Sun Park (POSTECH, Republic of Korea), Moo Hwan Kim (POSTECH,
Republic of Korea, KINS, Republic of Korea)
IHTC15-8719/HTE-C2-315
New Correlations for Heat Transfer and Pressure Drop for Serrated and Solid Fin Tube
Bundles
Anna Holfeld, Erling Næss (Norwegian University of Science and Technology, Norway)
IHTC15-8867/HTE-C2-316
Model-Based Optimization of Three-Dimensional Complex Structure for Heat Transfer
Enhancement in Single-Phase Flows
Yosuke Hasegawa, Naoki Shikazono (The University of Tokyo, Japan)

60

IHTC15-8718/HTE-C2-323
Influence of the Fin Type and Base Tube Diameter of Serrated and Solid-Fin Tubes on theHeat Transfer and Pressure Drop Performance
Anna Holfeld, Erling Næss (Norwegian University of Science and Technology, Norway)
IHTC15-8827/HTE-C2-324
Heat Transfer Enhancement in Heat Exchanger with Dimpled/ Protruded Surface
Tsz Kit Tang, Ann Lee (the University of New South Wales, Australia), Guan Heng Yeoh (theUniversity of New South Wales, Australia, Australian Nuclear Science and Technology
Organisation, Australia)
IHTC15-9864/HTE-C2-325
Pool Boiling of Hydrocarbon Mixture in Kettle-Reboiler with Low-Finned Tubes
Elise Estiot, Carsten Richardt (Linde AG - Engineering Division, Germany)
IHTC15-9299/HTE-C2-326
In-Tube Convective Heat Transfer Charateristics of CO2-Hydrate Mixture
Hanvit Park, Rin Yun (Hanbat National University, South Korea)

General Sessions in Series
13th, Wednesday
Room F
Session 31 (F) [8:20 - 10:00]

Session 32 (F) [10:30 - 12:30]

FCV6

FCV7

Forced Convection (6)Forced Convection (7)Co-Chairs : Yasuo Hattori & Marc Hodes

Co-Chairs : Keishi Kariya & Reinhold Kneer

IHTC15-8378/FCV-F-311
Influence of Local Flow Acceleration on the Heat Transfer of Submerged and Free-Surface
Jet Impingement
Wilko Rohlfs, Claas Ehrenpreis, Herman.D. Haustein, Oliver Garbrecht, Reinhold Kneer(RWTH Aachen University, Germany)

IHTC15-8418/FCV-F-321
A Uniform Temperature Heat Sink for Cooling of High Concentrator Photo-Voltaic Systems
Gad Hetsroni (Israel Institute of Technology, Israel), Avram Bar-Cohen (University of
Maryland, USA)IHTC15-9295/FCV-F-312
Thermo-Hydrodynamic Characteristics of Magnetothermal Wind Created in a Tube inGravitational and Nongravitational Fields
Taku Okitsu, Masato Akamatsu (Yamagata University, Japan), Masayuki Kaneda (Osaka
Prefecture University, Japan)
IHTC15-8548/FCV-F-313
Heat and Mass Transfer in a Single-Channel Plate Membrane Contactor with a CombinedCounter/Cross-Flow Arrangement
Simin Huang, Minlin Yang, Frank G.F. Qin, Yongjun Xu, Yuanzhi Zuo, Xiaoxi Yang
(Dongguan University of Technology, China)
IHTC15-8711/FCV-F-314
Development of an Empirical Model for Convective Evaporation of Sessile Droplets ofVolatile Fluids
Florian Carle, David Brutin (Aix-Marseille University, France)
IHTC15-8736/FCV-F-315
Behavior and Optimization of Spray Humidification inside Air-Cooled Condenser of Power
Generating Unit
Liehui Xiao, Xinming Xi, Xiaoze Du, Lijun Yang (North China Electric Power University,
China)

IHTC15-8684/FCV-F-322
Numerical Study of Conjugate Heat Transfer of Supercritical Kerosene Flow in Rectangular
Cooling Channel
Fengquan Zhong, Guoxin Dang, Yunfei Xing, Lihong Chen, Xinyu Chang (Chinese Academyof Sciences, China)
IHTC15-9266/FCV-F-323
Determination of Convective Heat Transfer for Subsonic Flows over Heated AsymmetricAirfoil NACA 4412
Yusuf Dag, Stephen Akwaboa, Patrick Mensah (Southern University and A&M College, USA)IHTC15-8461/FCV-F-324
Convective Heat Transfer Characteristics of Low Concentrations CuO-Water Nanofluid in the
Turbulent Flow Regime Based on Artificial Intelligent Models
Mehdi Mehrabi, Mohsen Sharifpur, Josua P. Meyer (University of Pretoria, South Africa)
IHTC15-9814/FCV-F-325
Heat Transfer Processes in Film Casting of Compressible Polymers
Juan Ramos (Universidad de Malaga, Spain)
IHTC15-9154/FCV-F-326
Convection-Radiation Interaction in Eccentric Annulus Using the Coupled Lattice Boltzmann
and Meshless Method
Kang Luo, Zhi-hong Cao, Hong-Liang Yi, He-Ping Tan (Harbin Institute of Technology, China)

61General Sessions in Series
13th, Wednesday
Room G
Session 31 (G) [8:20 - 10:00]
MFP

Materials and Foods Processing

Session 32 (G) [10:30 - 11:50]
ACR

Air Conditioning and Refrigeration

Co-Chairs : Yanguang Shan & Takao Yoshinaga

Co-Chairs : Eiji Hihara & Jinjia Wei

IHTC15-8844/MFP-G-311
The Contact Heat Transfer in Rotary Drums in Dependence on the Particle Size Ratio
Aainaa Izyan Nafsun, Fabian Herz, Eckehard Specht (Otto von Guericke University
Magdeburg, Germany), Viktor Scherer, Siegmar Wirtz, Hendrik Komossa (Ruhr University
Bochum, Germany)

IHTC15-8563/ACR-G-321
Study on Heat Transfer Characteristics of Active Magnetic Regenerator in Magnetic
Refrigeration System
Min Soo Kim, Keon Kuk, Ilju Mun (Samsung Electronics Co., Ltd., Korea)

IHTC15-9321/MFP-G-312
Fundamental Study on Agglomeration Control of Metallic Nano-Particles by Thermal
Treatment
Takushi Saito, Tatsuya Kawaguchi, Isao Satoh (Tokyo Institute of Technology, Japan)
IHTC15-8383/MFP-G-313
Three-Dimensional Simulation of Phosphor Dispensing Process in Light Emitting Diode
Packaging by Lattice Boltzmann Method
Lan Li, Huai Zheng, Chao Yuan, Xingjian Yu, Xiaobing Luo (Huazhong University of Scienceand Technology, China)
IHTC15-8715/MFP-G-314
Numerical Investigation of Cooling in the Continuous Fiber Glass Drawing Process
Quentin Chouffart (University of Liège, Belgium), Philippe Simon (3B - The Fibreglass
Company, Belgium), Vincent E. Terrapon (University of Liège, Belgium)
IHTC15-8601/MFP-G-315
Optimization of the Chemical Vapor Deposition Process for Gallium Nitride
Pradeep George (New York University, UAE), Jiandong Meng, Yogesh Jaluria (Rutgers
University, USA)62

IHTC15-8940/ACR-G-322
Experimental Study of Ground Source Heat Pumps That Use the Direct Expansion Method
Tetsuaki Takeda, Daiki Yokoyama, Akio Ohashi, Syuhei Ishiguro, Shumpei Funatani, Koichi
Ichimiya (University of Yamanashi, Japan)
IHTC15-9310/ACR-G-323
Prediction Modeling of Automobile Dynamic Thermal Load
Jianghong Wu (South China University of Technology, China), Hang Song (University ofSouthern California, USA), Chaopeng Liu (South China University of Technology, China)
IHTC15-9534/ACR-G-324
Development of All Aluminum Microchannel Heat Exchanger for Air-Conditioner
Hirokazu Fujino, Toshimitsu Kamada, Satoshi Inoue (Daikin Industries,LTD., Japan)

General Sessions in Series
13th, Wednesday
Room H
Session 31 (H) [8:20 - 10:20]

Session 32 (H) [10:30 - 12:30]

NSM1 Numerical Simulation (1)NSM2 Numerical Simulation (2)Co-Chairs : Liang Gong & Mamoru Tanahashi

Co-Chairs : Takeo Kajishima & Yong X. Tao

IHTC15-9037/NSM-H-311
Heat and Mass Transfer Modelling of an Industrial Autoclave to Minimise SteamConsumption
Wei L. Lau, John A. Reizes, Victoria Timchenko, Sami Kara, Bernard J. Kornfeld (Universityof New South Wales, Australia)

IHTC15-9811/NSM-H-321
Towards High-Performance Thermal Flow Solvers Based on the Link-Wise Artificial
Compressibility Method
Christian Obrecht, Frédéric Kuznik, Gilles Rusaouën, Jean-Jacques Roux (CETHIL UMR
5008, France)

IHTC15-8447/NSM-H-312
Heat Transfer Enhancement in a Tube Filled with a Porous Medium: Influence of the Thermal
Conductivity of the Porous Medium
Tingzhen Ming, Yong X. Tao (University of North Texas, USA)IHTC15-8812/NSM-H-322
Asymmetric Transition for High Froude Number Plane Fountains in Linearly Stratified Fluids
Mohammad Ilias Inam (James Cook University, Australia), Wenxian Lin (James Cook
University, Australia , Yunnan Normal University, China), Steven W. Armfield (The University
of Sydney, Australia), Yinghe He (James Cook University, Australia)

IHTC15-9182/NSM-H-313
Molecular Simulation of the Dynamic Process of Water Vapour Absorption into Aqueous LiBr
Solution with or without Alcohol Surfactants
Hongtao Gao (University of Nottingham, UK, Dalian Maritime University, China), Beibei Zhu,
Yuying Yan (Dalian Maritime University, China)
IHTC15-9196/NSM-H-314
Comparative Study on Simulation of Convective Al2O3-Water and ZrO2-Water Nanofluid byUsing ANSYS-FLUENT
Mostafa Mahdavi, Mohsen Sharifpur, Josua P. Meyer (University of Pretoria, South Africa)
IHTC15-8760/NSM-H-315
Effect of Material Thermal-Physical Parameters on Weld Pool and Residual Stress Peak
Value
LiGe Tong , Lei Li (University of Science & Technology Beijing, China), Fang Bai (China
Petroleum Pipeline College, China), Shaowu Yin, Li Wang (University of Science &Technology Beijing, China)
IHTC15-9069/NSM-H-316
Comparison of Preconditioned Density-Based Algorithm with Pressure-Velocity Correction
Algorithm for Incompressible Convection
Chun Shen (Harbin Institute of Technology, China), Fengxian Sun (Harbin Engineering
University, China), Xinlin Xia (Harbin Institute of Technology, China)

IHTC15-9729/NSM-H-323
Unified Integral Transforms in Single Domain Formulation for Internal Flow ThreeDimensional Conjugated Problems
Diego C. Knupp (State University of Rio de Janeiro, Brazil), Carolina Palma Naveira-Cotta,
Renato M. Cotta (Federal University of Rio de Janeiro, Brazil)
IHTC15-9521/NSM-H-324
Assessment of Three Coalescence and Breakage Kernel Models on Predicting Complex
Bubbly Flow
Xinyue Duan, Liang Gong (China University of petroleum, China)
IHTC15-8783/NSM-H-325
Numerical Investigation on Conjugated Heat Transfer of Conduction in Wall and Mixed
Convection in Horizontal Square Tube with Molten Salts
Chao Wang, Yu-Ting Wu, Cong Chen, Bin Liu, Chong-Fang Ma (Beijing University ofTechnology, China)
IHTC15-9371/NSM-H-326
Comparison of Turbulence Models in Simulating a Cruciform Impinging Jet on a Flat Wall
Florin Bode (Technical University of Cluj-Napoca, Romania, Technical University of Civil
Engineering in Bucharest, Romania), Kodjovi Sodjavi, Amina Meslem (University of La
Rochelle, France), Ilinca Nastase (Technical University of Civil Engineering Bucharest,
Romania)

63

General Sessions in Series
13th, Wednesday
Room I
Session 31 (I) [8:20 - 10:20]

Session 32 (I) [10:30 - 12:30]

PMD1 Porous Media (1)PMD2 Porous Media (2)Co-Chairs : Michel Quintard & Suguru Uemura

Co-Chairs : Takemi Chikahisa & Benjamin Dietrich

IHTC15-8405/PMD-I-311
Thermal Conductivity of Ceramic Sponges at Temperatures up to 1000 °C
Benjamin Dietrich, Thomas Fischedick, Martin Wallenstein, Matthias Kind (Institute ofThermal Process Engineering, Germany)

IHTC15-8575/PMD-I-321
A Rigorous Derivation and its Applications of Volume Averaged Transport Equations for Heat
Transfer in Nanofluid Saturated Metal Foams
Fumika Sakai (Nihon Sekkei Kogyo Co., Ltd., Japan), Wenhao Li (Shizuoka University,
Japan), Akira Nakayama (Shizuoka University, Japan, Wuhan Polytechnic University, China)

IHTC15-8278/PMD-I-312
One Dimensional Thermal Analysis of Solar Air Receiver Using Silicon Carbide Ceramic
Foam
Fengwu Bai (Chinese Academy of Sciences, China)
IHTC15-8530/PMD-I-313
Temperature Evolution of Evacuated Tube Adsorption Bed Heated by Solar Radiation
Chun-Xu Du, Zhong-Xian Yuan, Xiao-Huang Hou, Feng Xin, Dong-Dong Gao, Yong-Chang
Chen (Beijing University of Technology,China)
IHTC15-8893/PMD-I-314
Heat and Mass Transfer Model of a Packed-Bed Reactor for Solar Thermochemical CO2
CaptureLeanne Reich (The University of Minnesota, USA), Roman Bader (The Australian National
University, Australia), Terrence Simon (The University of Minnesota, USA), Wojciech Lipinski(The Australian National University, Australia)
IHTC15-8657/PMD-I-315
Evaluation of Gas Production Behavior from Hydrate-Bearing Sediments with Different
Thermal Properties by Depressurization
Yongchen Song, Zihao Zhu, Jiafei Zhao, Chuanxiao Cheng, Di Liu, Lei Yang, Jiaqi Wang
(Dalian university of Technology, China)
IHTC15-9191/PMD-I-316,GHQWLILFDWLRQ RI WKH 5DGLDWLYH 3URSHUWLHV RI Į-SiC Foams Realistically Designed with a
Numerical Generator
Simon Guevelou, Benoit Rousseau, Gilberto Domingues (L'Université Nantes Angers Le
Mans, France), Jerome Vicente (Institut Universitaire des Systèmes Thermiques Industriels,
France), Cyril Caliot, Gilles Flamant (Laboratoire des Procédés, Matériaux et Energie Solaire,France)64

IHTC15-8782/PMD-I-322
Effective Thermal Conductivity of Metal Foams: Experiments and Analysis
Peng Yue (Chinese Academy of Sciences, China, University of Chinese Academy of
Sciences, China), Lin Qiu, Xinghua Zheng, Dawei Tang (Chinese Academy of Sciences,
China)
IHTC15-8831/PMD-I-323
Evaluation of the Thermal Hydraulic Performance of Round Tube Metal Foam Heat
Exchangers for HVAC Applications
Henk Huisseune, Sven De Schampheleire, Bernd Ameel, Michel De Paepe (Ghent University,
Belgium)
IHTC15-8865/PMD-I-324
Comparison of Aluminium Foam Finned Heat Sinks and Effect of Painting and Orientation in
Buoyancy-Driven Convection
Sven De Schampheleire, Kathleen De Kerpel, Gerben Kennof, Pieter Pirmez, Henk
Huisseune, Michel De Paepe (Ghent University, Belgium)
IHTC15-9734/PMD-I-325
Influence of Strut Shape and Porosities on Geometrical Properties and Effective Thermal
Conductivity of Kelvin Like Anisotropic Metal Foams
Prashant Kumar, Frederic Topin (Aix-Marseille University, France)
IHTC15-9841/PMD-I-326
An Improved Capillary Bundle Model by Using Tortuosity and Parameters Extracted fromPore Network Model
Xinhuan Zhou, Lanlan Jiang, Lingyu Chen, Yu Liu, Yongchen Song, Meiheriayi Mutailipu(Dalian University of Technology, China)

General Sessions in Series
13th, Wednesday
Room J
Session 31 (J) [8:20 - 10:20]

Session 32 (J) [10:30 - 12:30]

RAD1

RAD2

Radiation (1)Radiation (2)Co-Chairs : Vaillon Rodolphe & Jun Yamada

Co-Chairs : Pedro Coelho & Katsunori Hanamura

IHTC15-8207/RAD-J-311
Effect of Processing Temperature on Radiative Properties of Polypropylene and Heat
Transfer in the Pure and Glassfibre Reinforced Polymer
Donia Hakoume (The University of Nantes, France), Leonid Dombrovsky (Joint Institute forHigh Temperatures, Russia), Didier Delaunay, Benoit Rousseau (The University of Nantes,
France)IHTC15-8771/RAD-J-321
Radiation Enhancement by Metal Film on Micro Cavities in Resin
Tsuyoshi Totani (Hokkaido University, Japan, JST PRESTO, Japan), Toshio Irokawa(Hokkaido University, Japan), Minoru Iwata (Kyushu Institute of Technology, Japan), Masashi
Wakita, Harunori Nagata (Hokkaido University, Japan)

IHTC15-8214/RAD-J-312
Radiative Heat Transfer Modeling in Supersonic Gas Flow with Suspended Particles to a
Blunt Body
Leonid Dombrovsky (Joint Institute for High Temperatures, Russia), Dmitry Reviznikov(Moscow Aviation Institute, Russia)
IHTC15-9012/RAD-J-313
Prediction of the Resonance Condition of Metamaterial Emitters and Absorbers Using LC
Circuit Model
Atsushi Sakurai (Niigata University, Japan, Georgia Institute of Technology, USA), Bo Zhao,
Zhuomin Zhang (Georgia Institute of Technology, USA)IHTC15-9222/RAD-J-314
The Micro-Macro Model for Transient Radiative Transfer Simulations
Maxime Roger (Université de Lyon, France), Nicolas Crouseilles (INRIA-Rennes
Bretagne-Atlantique, France, Université de Rennes, France), Pedro J. Coelho (University of
Lisbon, Portugal)
IHTC15-9382/RAD-J-315
Numerical Study of the Effects of Surface Micro-Roughness on the Optical Constants of
Aluminum Determined by Spectroscopic Ellipsometry
Wenjie Zhang, Jiayue Yang, Linhua Liu (Harbin Institute of Technology, China)
IHTC15-8268/RAD-J-316
Absorption of Short-Pulsed Laser Radiation in Superficial Human Tissues: Transient vsQuasi-Steady Radiative Transfer
Jaona Randrianalisoa (Université de Reims Champagne Ardenne, France), Leonid
Dombrovsky (Joint Institute for High Temperatures, Russia), Wojciech Lipinski (The
Australian National University, Australia), Victoria Timchenko (The University of New South
Wales, Australia)

IHTC15-8871/RAD-J-322
Study of Amorphous Silicon Gratings with Disorder for Solar Energy Absorbers
Xing Fang, Changying Zhao, Hua Bao (Shanghai Jiao Tong University, China)
IHTC15-9636/RAD-J-323
Thermal Radiation Characteristics in Sub-Micron Region for MEMS Space Radiator
Ai Ueno, Yuji Suzuki (The University of Tokyo, Japan)
IHTC15-9384/RAD-J-324
First-Principles Study on Electronic Band Structure and Optical Constants of Synthesized
Si3Al(AsxP1-x) Alloys
Jiayue Yang, Linhua Liu, Jianyu Tan (Harbin Institute of Technology, China)
IHTC15-9188/RAD-J-325
Reducing Thermal Radiation Between Parallel Plates in the Far-to-Near Field Transition
RegimeYoichiro Tsurimaki (Université de Lyon , France), Pierre-Olivier Chapuis, Rodolphe Vaillon(Université de Lyon , France), Junnosuke Okajima, Atsuki Komiya, Shigenao Maruyama(Tohoku University, Japan)
IHTC15-8521/RAD-J-326
A Direct Numerical Simulation for Influence of Roughness on Near-Field Radiative Heat
Transfer between Two Films
Yong Chen (Nanjing University of Science and Technology, China), Yimin Xuan (Nanjing
University of Aeronautics and Astronautics, China)

65General Sessions in Series
13th, Wednesday
Room K
Session 31 (K) [8:20 - 10:20]
PLS

PlasmaSession 32 (K) [10:30 - 12:30]
TEL

Thermoelectric Devices

Co-Chairs : Yoshinori Itaya & Yuying Yan

Co-Chairs : Shenghui Lei & Kazuaki Yazawa

IHTC15-9138/PLS-K-311
3D Numerical Simulation of Buoyancy Driven Flow in a Cubical Enclosure with Different Wall
Conductivities
Narendra Gajbhiye, Praveen Throvagunta, Vinayak Eswaran (Indian Institute of Technology,
India)

IHTC15-9360/TEL-K-321
Thermoelectric Properties of Polymer-Semiconductor-Polymer Molecular Junction
Yuanyuan Wang, Huaqing Xie (Shanghai Second Polytechnic University, China)

IHTC15-9408/PLS-K-312
Integrated Modeling of Transport Phenomena in Keyhole Welding with Plasma Arc
Yan Li, Yanhui Feng, Yafei Li, Xinxin Zhang(University of Science and Technology Beijing,
China), Chuansong Wu (Shandong University, China)
IHTC15-8815/PLS-K-313
Thermoelectric Properties of ZnNiO/Polyparaphenylene Hybrids Prepared by Spark Plasma
Sintering
Zihua Wu, Huaqing Xie, Lianghua Gan, Jun Liu (Shanghai Second Polytechnic University,
P.R.China)
IHTC15-9541/PLS-K-314
Application of an Integrated CFD Model to Aluminum Nanoparticle Production
Silvania Lopes (The von Karman Institute for Fluid Dynamics, Belgium), Pierre Proulx(University of Sherbrooke, Canada), Jean-Baptiste Gouriet, Patrick Rambaud (The vonKarman Institute for Fluid Dynamics, Belgium)
IHTC15-9897/PLS-K-315
A Comparison of Methane Hydrate Decomposition Using Radio Frequency Plasma andMicrowave Plasma Methods
Ismail Rahim (Ehime University, Japan, Makassar State University, Indonesia), Shinfuku
Nomura, Shinobu Mukasa, Hiromichi Toyota (Ehime University, Japan)
IHTC15-9415/PLS-K-316
Two Successive Thermal Inverse Problems Solved for Plasma Facing Components inside
JET Tokamak: Estimation of Surface Heat Flux and Thermal Resistance of a Surface Carbon
Layer
Jonathan Gaspar (CEA, France), Fabrice Rigollet, Jean-Laurent Gardarein, Christophe Le
Niliot (Aix-Marseille University, France), Yann Corre (CEA, France)

66

IHTC15-8966/TEL-K-322
Evaporation of a Water Droplet Deposited on a Nano-Patterned Transparent Film Fabricatedby UV Nanoimprint
Noriyuki Unno, Motoharu Asano, Shin-ichi Satake, Jun Taniguchi (Tokyo University of
Science, Japan)
IHTC15-9096/TEL-K-323
Thermal Transport Properties of PEDOT-PSS Thin Films
Harutoshi Hagino (Kyushu Institute of Technology, Japan), Masahiro Hokazono, Hiroaki
Anno, Naoki Toshima (Tokyo University of Science, Yamaguchi, Japan), Koji Miyazaki(Kyushu Institute of Technology, Japan)
IHTC15-9996/TEL-K-324
Experimental Investigations on the Performance of a Thermoelectric Device with an
Integrated Heat Exchanger and Flow Channels
Matthew Barry, Kenechi Agbim, B. V. Krishna Reddy, Minking K. Chyu (University ofPittsburgh, USA)IHTC15-8789/TEL-K-325
Design Optimization of Automobile Exhaust Thermoelectric Generator for Waste Heat
RecoveryZhiqiang Niu, Qianshan Li, Wangbo He, Yongzhan Huo, Kui Jiao (Tianjin University, China)
IHTC15-8931/TEL-K-326
The Optimization of Thermoelectric Module Size in a Waste Heat Power Generation System
Wei He, Shixue Wang, Chi Lu, Yanzhe Li, Xing Zhang (Tianjin University, China)

General Sessions in Series
14th, Thursday
Room B1
Session 41 (B1) [8:20 - 10:00]

Session 42 (B1) [10:30 - 12:10]

PBL2

PBL3

Pool Boiling (2)Pool Boiling (3)Co-Chairs : Yasushi Saito & Peter Stephan

Co-Chairs : Liwu Fan & Hiroto Sakashita

IHTC15-9265/PBL-B1-411
Highly Subcooled Water Boiling: Some New Details of the Process
Konstantin Khodakov, Yury Zeigarnik (Joint Institute for High Temperatures, Russia)

IHTC15-8680/PBL-B1-421
Characteristic Behaviors of Boiling Bubble Initiation Under High Pressure Conditions
Seiichi Yokobori, Keisuke Yasumi (Tokyo City University, Japan), Sayaka Akiyama (Toshiba
Corporation, Japan)

IHTC15-9568/PBL-B1-412
Study on Nucleate Boiling Heat Transfer by Measuring Instantaneous Surface Temperature
Distribution by Infrared Radiation Camera
Yasuo Koizumi, Kazuki Takahashi (Shinshu University, Japan)

IHTC15-8795/PBL-B1-422
The Influence of Single Bubble Growth and Bubble Coalescence on Boiling Heat Transfer
Axel Sielaff, Peter Stephan (Technische Universität Darmstadt, Germany)

IHTC15-9914/PBL-B1-413
Pore-Scale Experimental Study of Boiling in Porous MediaPaul Sapin, Paul Duru (Université de Toulouse, France), Florian Fichot (Institut deRadioprotection et de Sûreté Nucléaire, France), Marc Prat, Michel Quintard (Université deToulouse, France, CNRS, France)

IHTC15-9102/PBL-B1-423
Nucleation Incipience on a Heated Surface: Effect of Pressure Oscillations
Laetitia Leal (Ecole Polytechnique de Montreal, Canada), Pascal Lavieille, Marc Miscevic(Université de Toulouse, France, CNRS, France), Fredéric Topin, Lounès Tadrist(Aix-Marseille Université, France)

IHTC15-9772/PBL-B1-414
Boiling Behaviors on a Vertical Surface in Saturated Pool Boiling at High Pressures
Hiroto Sakashita (Hokkaido University, Japan)

IHTC15-9404/PBL-B1-424
Experimental Study of Transport Phenomena at the Onset of Nucleate Boiling Using a
Boilingmeter
Mohammed Zamoum (Université M'hamed Bougara, Algérie, Aix-Marseille Université,France), Benoît Dubrac, Flora Goepper (Lorraine University, France), Lounès Tadrist(Aix-Marseille Université, France), Hervé Combeau (Lorraine University, France), Mohand
Kessal (Université M'hamed Bougara, Algérie)IHTC15-9048/PBL-B1-415
Local Heat Removal by Liquid Film on the Expansion of Dry Area on a Superheated Copper
Wall
Yoshihiko Haramura (Kanagawa University, Japan)

IHTC15-9320/PBL-B1-425
Effects of Pool Subcooling on Coalescence Heat Transfer and Bubble Dynamics
Jingliang Bi, David M. Christopher (Tsinghua University, China), Xipeng Lin (Chinese
Academy of Sciences, China), Xuefang Li (Tsinghua University, China)

67General Sessions in Series
14th, Thursday
Room B2
Session 41 (B2) [8:20 - 9:40]

Session 42 (B2) [10:30 - 12:10]

TPN1

TPN2

Two-phase, Numerical Simulation (1)Two-phase, Numerical Simulation (2)Co-Chairs : Jun Cai & Seiichi Yokobori

Co-Chairs : Hirofumi Arima & Yoon Jo Kim

IHTC15-8721/TPN-B2-411
Population Balance Modeling for Air-Water Bubbly Flow in a Vertical U-Bend
Hongye Zhu, Xingtuan Yang, Yichuan Huang (Tsinghua University, China), Jiyuan Tu(Tsinghua University, China, RMIT University, Australia), Shengyao Jiang (Tsinghua
University, China)

IHTC15-9798/TPN-B2-421
Numerical Simulation of Condensing and Evaporating Annular Flows in Microchannels with
Laminar and Turbulent Liquid Films
Nicolas Antonsen, John R. Thome (Ecole Polytechique Fédérale de Lausanne, Switzerland)

IHTC15-9780/TPN-B2-412
Computational Studies of LNG Evaporation and Heat Diffusion through a LNG Cargo Tank
MembraneJang Hyun Lee (INHA University, Korea), Yoon Jo Kim (Washington State University
Vancouver, USA), Seyun Hwang (INHA University, Korea)
IHTC15-8564/TPN-B2-413
Computational Fluid Dynamics Evaluation of the Multi-Nozzle Oil-Jet Lubrication for Rolling
Bearings
Wei Wu, Jibin Hu, Shihua Yuan, Xueyuan Li (Beijing Institute of Technology, China)
IHTC15-9543/TPN-B2-414
Numerical Simulation of Liquid-Gas Two-Phase Flow with Large Density Difference inMulti-Layered Sintered Wick by the Lattice Boltzmann Method
Tomohiko Yamaguchi (Nagasaki University, Japan), Qian Wan, Yuying Yan, Jiaju Hong
(University of Nottingham, UK)

68

IHTC15-8670/TPN-B2-422
Numerical Study of Water Droplet Parameters in Icing Tunnel Test
Wei Dong, Jianjun Zhu, Mei Zheng, Rui Wang (Shanghai Jiao Tong University, China)
IHTC15-9133/TPN-B2-423
Numerical Simulation of Reactive Multiphase Flows in Porous Media Using Lattice
Boltzmann Method
Fang Xin, Xunfeng Li, Min Xu, Xiulan Huai (Chinese Academy of Sciences, China),
Zhendong Cui (Chinese Academy of Sciences, China, University of Chinese Academy of
Sciences, China)
IHTC15-9595/TPN-B2-424
Modelling of Fundamental Transfer Processes in Crude-Oil Fouling
Junfeng Yang, Omar Matar, Geoffery Hewitt, Wentian Zheng, Parth Manchanda (Imperial
College London, United Kingdom)
IHTC15-8692/TPN-B2-425
Numerical and Experimental Study of Slug Flow Dynamics in Inclined Pipes with GranularLayer
Dmitry Khramtsov, Dmitry Nekrasov, Boris Pokusaev (Moscow State University of
Mechanical Engineering, Russia)

General Sessions in Series
14th, Thursday
Room C1
Session 41 (C1) [8:20 - 10:20]

Session 42 (C1) [10:30 - 12:30]

TDY1

TDY2

Thermodynamics (1)Thermodynamics (2)Co-Chairs : Yoshimichi Hagiwara & Heinz Herwig

Co-Chairs : Tatiana Gambaryan-Roisman & Tomohiko Yamaguchi

IHTC15-9370/TDY-C1-411
A Simulation Study into the Thermodynamic Properties of Water-Alcohol Mixtures
James Cannon (The University of Tokyo, Japan), Tohru Kawaguchi, Eiichi Okuno (DENSOCORPORATION), Junichiro Shiomi (The University of Tokyo, Japan)

IHTC15-8482/TDY-C1-421
Loss Coefficients for Compressible Flows in Conduit Components under Different Thermal
Boundary Conditions
Bastian Schmandt, Heinz Herwig (Hamburg University of Technology, Germany)

IHTC15-8636/TDY-C1-412
Prediction of Anisotropic Crystal-Melt Interfacial Free Energy of Sugar Alcohols throughMolecular Simulations
Huaichen Zhang, Silvia Nedea, Camilo C. M. Rindt, Herbert A. Zondag, David M. J.
Smeulders (Eindhoven University of Technology, The Netherlands)

IHTC15-8583/TDY-C1-422
Energy Separation of Gases with Prandtl Numbers Unequal to Unity
Alexander I. Leont'ev, Igor I. Vigdorovich (Lomonosov Moscow State University, Russia)

IHTC15-8833/TDY-C1-413
Influence of Form and Thermal Properties of Granular Layer to Subcooled Liquid Boiling
Dynamics in Impulse Heat Generation in the Wall
Nikolay Zakharov, Sergey Karlov, Boris Pokusaev (Moscow State University of MechanicalEngineering, Russian Federation)
IHTC15-8230/TDY-C1-414
High Resolution Heat Transfer Measurements at the Three Phase Contact Line of a Moving
Single Meniscus
Sebastian Fischer, Stefan Batzdorf, Tatiana Gambaryan-Roisman, Peter Stephan(Technische Universität Darmstadt, Germany)
IHTC15-8349/TDY-C1-415
Numerical Determination of Autothermal Operation Limits for Beechwood Torrefaction
Processes as a Function of Different Operating Parameters
Andreas Ohliger, Reinhold Kneer (RWTH Aachen University, Germany)
IHTC15-8515/TDY-C1-416
Notes on Singular Heat Radiation
Reuven Segev (Ben-Gurion University of the Negev, Israel), Joe Goddard (University ofCalifornia, USA)IHTC15-9158/TDY-C1-423
Chimney-Enhanced Natural Convection in Honeycombs
Xiao Hu Yang, Jia Xi Bai, Hong Bin Yan, Tian Jian Lu (Xi’an Jiaotong University, China),
Tongbeum Kim (University of the Witwatersrand, South Africa)
IHTC15-9184/TDY-C1-424
Calculating and Assessing Complex Convective Heat Transfer Problems: The CFD-SLA
Approach
Christoph Redecker, Heinz Herwig (Hamburg University of Technology, Germany)
IHTC15-9847/TDY-C1-425
Effect of the Fin Height on Unsteady Flows and Heat Transfer in a Differentially Heated
CavityJia Ma, Feng Xu (Beijing Jiaotong University, China)
IHTC15-9966/TDY-C1-426
Numerical Study on Cooling Performance for Multi-Holes Steam Jet in the Internal Channelof a Hollow Turbine Blade
Liang Xu, Shuai Zhang, Wei Wang, Jianmin Gao, Tieyu Gao (Xi'an Jaotong University,
China)

69

General Sessions in Series
14th, Thursday
Room C2
Session 41 (C2) [8:20 - 10:20]

Session 42 (C2) [10:30 - 12:30]

HTE5

HTE6

Heat Transfer Enhancement (5)Heat Transfer Enhancement (5)Co-Chairs : Yanhua Diao & Kazuyoshi Nakabe

Co-Chairs : Naoki Shikazono & Gopinath Warrier

IHTC15-9080/HTE-C2-411
Heat Transfer Performance of a Channel Flow with Aluminum Fiber Layers (Comparison with
Aluminum Porous Foams)
Keita Imai, Mami Yamamoto (Doshisha University, Japan), Masaaki Sakagami (Taisei Kogyo
Co. ltd., Japan), Mamoru Senda, Kyoji Inaoka (Doshisha University, Japan)

IHTC15-9825/HTE-C2-421
Evaluation of Herringbone Wavy Fin Based Heat Exchanger for Heat Transfer Enhancement
in Automobile Exhaust Energy Harvesting Systems
Jayati Athavale, Jaideep Pandit, Srinath Ekkad, Scott Huxtable (Virginia Tech University,
USA)

IHTC15-10554/HTE-C2-412
Heat Transfer near Injection Hole by Shock and Boundary Layer Interaction in the
Supersonic Flowfield
Namkyu Lee, Jiwoon Song, Ji-Yeul Bae (Yonsei University, Korea), Yoon Goo Kang,
Heecheol Ham, Ju Chan Bae (Agency for Defense Development, Korea), Hyung-Hee Cho(Yonsei University, Korea)

IHTC15-9969/HTE-C2-422
Natural Convection in an Open-Ended Channel under Staggered Thermal Boundary
Conditions. Application to the Control of the Free Cooling in Photovoltaic Doubleskin
Facades
Christophe Ménézo, Stéphanie Giroux-Julien (CNRS-INSA-Univ, France), Victoria
Timchenko (The University of New South Wales, Australia), Marco Fossa (University of
Genova, Italy)

IHTC15-8562/HTE-C2-413
Non-Similar Heat Transfer Characteristics Associated with Nanofluid Forced Convection
Cooling and Heating
Wenhao Li (Shizuoka University, Japan), Akira Nakayama (Shizuoka University, Japan,
Wuhan Polytechnic University, China)
IHTC15-8571/HTE-C2-414
Heat Transfer Optimization for Reducing Thermal and Flow Resistance
Wei Liu, Hui Jia, Zhichun Liu, Jinguo Yang (Huazhong University of Science and Technology,
China)

IHTC15-8747/HTE-C2-423
Thermal and Hydraulic Characteristics of SCO2 in a Horizontal Tube at High Reynolds
NumberKatsuyoshi Tanimizu, Reza Sadr, Devesh Ranjan (Texas A&M University, USA)IHTC15-8554/HTE-C2-424
Dynamic and Heat Transfer of Lobed Impinging Jets
Denis Brouilliot, David Lo Jacono (Université de Toulouse, France)

IHTC15-8689/HTE-C2-415
Thermal Fluid Flow Transport Characteristics in Pipe Flow Using Graphene-Oxide-Nanofluid
Shuichi Torii, Hajime Yoshino (Kumamoto Universty, Japan)

IHTC15-8864/HTE-C2-425
An Experimental Study of Heat Transfer in the Turn Region of a U-Bend Channel with
Various Ribs
Chenglong Wang, Lei Wang, Bengt Sunden (Lund University, Sweden)

IHTC15-8801/HTE-C2-416
Heat Transfer Enhancement in Tangential Injection Induced Swirl Flows
Gopinath R. Warrier, Derrick Lloyd (University of California, USA), Lin Yang (Xi’an Jiaotong
University, China), Yuanchen Hu, Vijay K. Dhir, Yongh S. Ju (University of California, USA)IHTC15-8904/HTE-C2-426
Enhancement of Heat Transfer Performance by Using Sawtooth Fin Structure in the Multiport
Microchannel Flat Tube
Ji Zhang, Yanhua Diao, Yaohua Zhao, Yanni Zhang (Beijing University of Technology, China)

70General Sessions in Series
14th, Thursday
Room E
Session 41 (E) [8:20 - 10:00]

Session 42 (E) [10:30 - 12:30]

CPM1

CPM2

Computational Methods (1)Computational Methods (2)Co-Chairs : Fang Liu & Takahiro Tsukahara

Co-Chairs : Shin-ichi Satake & Senhorinha Teixeira

IHTC15-9034/CPM-E-411
A Two-Dimensional Numerical Method for Incompressible Flow Problem Based on SIMPLER
Algorithm and Quadtree Grid with Collocated Arrangement
Wei You, Zengyao Li, Wenquan Tao (Xi’an Jiaotong University, China)

IHTC15-9797/CPM-E-421
Lattice Boltzmann Simulations for Anisotropic Crystal Growth of a Binary Mixture
Amina Younsi, Alain Cartalade (CEA-Saclay, France), Michel Quintard (Université deToulouse, France)

IHTC15-9302/CPM-E-412
Different Approaches to FVM Method Fluid Flow and Heat Transfer Simulation Inside
Thermosyphon
Marcin Lecki, Grzegorz Gorecki (Lodz University of Technology, Poland)

IHTC15-8580/CPM-E-422
Numerical Investigation of Heat Transfer in a Forced Flow of He II
Cyprien Soulaine, Michel Quintard (Universite de Toulouse, France), Hervé Allain (CERN,
Switzerland), Bertrand Baudouy (CEA-Saclay, France), Rob van Weelderen (CERN,
Switzerland)

IHTC15-9342/CPM-E-413
An HP-Adaptive Predictor-Corrector Split Projection Method for Turbulent Compressible Flow
Xiuling Wang (Purdue University, USA), David B. Carrington (Los Alamos National
Laboratory, USA), Darrell W. Pepper (University of Nevada Las Vegas, USA)IHTC15-9525/CPM-E-414
Thermal Hydraulic Modeling of Shell and Tube Heat Exchangers
Jose Teixeira (Universidade do Minho, Portugal), Antonio Oliveira (University of Sheffield,UK), Senhorinha Teixeira (Universidade do Minho, Portugal)
IHTC15-9337/CPM-E-415
Dispersion of High Pressure Underexpanded Helium Jets into the Atmosphere
Xuefang Li, David Christopher (Tsinghua University, China)

IHTC15-10035/CPM-E-423
Hilbert Spectral Analysis of Oscillating Forced Convection in Curved Ducts
Fang Liu (Advanced Energy Efficiency LLC, USA)IHTC15-8982/CPM-E-424
1D and 3D Numerical Simulation of the Reactor Cavity Cooling System of a Very High
Temperture Reactor
C. G. du Toit, Pieter Rousseau (North-West University, South Africa), Jisu Jun, Jae-Man Noh(Korea Atomic Energy Research Institute, Republic of Korea)
IHTC15-9662/CPM-E-425
Regimes of Heating and Compression in Magneto-Inertial Fusion
Victor V. Kuzenov, Sergei V. Ryzhkov (Bauman Moscow State Technical University, Russia)
IHTC15-9724/CPM-E-426
Oscillatory Instability of Natural Convection of Air in a Laterally Heated Cubic Box
Alexander Gelfgat (Tel-Aviv University, Israel)

71

General Sessions in Series
14th, Thursday
Room F
Session 41 (F) [8:20 - 10:20]

Session 42 (F) [10:30 - 12:30]

NCV1

NCV2

Natural Convection (1)Natural Convection (2)Co-Chairs : David Naylor & Toshio Tagawa

Co-Chairs : Masato Akamatsu & Marie-Christine Duluc

IHTC15-8947/NCV-F-411
Transition in a Natural Convection Boundary Layer
Yongling Zhao, Chengwang Lei, John Patterson (The University of Sydney, Australia)

IHTC15-8506/NCV-F-421
Experimental and Analytical Investigation on Thermal Stratification under Natural Circulation
Cooling
Shigeo Kodama (Nuclear Engineering Co. Ltd), Isao Kataoka, Kenji Yoshida, Takafumi Suga,
Kizuku Michii, Takashi Fujisaki (Osaka University, Japan)

IHTC15-9339/NCV-F-412
Study on Free Convection Heat Transfer in Finned Tube Array
Ryoji Katsuki, Chikako Iwaki, Tsutomu Shioyama, Tadamichi Yanazawa (Toshiba corporation,
Japan)
IHTC15-9527/NCV-F-413
Analysis of Heatfunction Boundary Conditions on Invariance of Heat Flow in Square
Enclosures with Various Thermal Boundary Conditions
Pratibha Biswal, Tanmay Basak (Indian Institute of Technology Madras, India)
IHTC15-9258/NCV-F-414
Natural Convection around a Pulsating Line Heat Source
Mojtaba Jarrahi (LIMSI-CNRS, France, University of Paris-Sud, France), Marie-Christine
Duluc (LIMSI-CNRS, France, CNAM, France), Yann Fraigneau, Gérard Defresne(LIMSI-CNRS, France, University of Paris-Sud, France)
IHTC15-8776/NCV-F-415
Confinement-Induced Enhancements of Heat-Transfer Efficiency and Thermal Plume
Coherency in Turbulent Thermal Convection
Ke-Qing Xia, Matthias Kaczorowski, Shi-Di Huang, Kai-Leong Chong (The Chinese
University of Hong Kong, China)
IHTC15-10004/NCV-F-416
Interaction of Rayleigh - Benard Convection and Oscillatory Flows
Murat K. Aktas, Semih Cetindag (TOBB University of Economics and Technology, Turkey)

72

IHTC15-8239/NCV-F-422
Interferometric Study of the Effect of Insect Screens on Free Convection at a Window
Glazing
Daniel Zalcman, Seyed Sepehr Mohaddes Foroushani, David Naylor (Ryerson University,
Canada)IHTC15-8531/NCV-F-423
Conjugate Natural Convection in a Porous Three-Dimensional Enclosure with a Heat Source:
A Comparison Study of Different Models
Mikhail Sheremet (Tomsk State University, Russia, Tomsk Polytechnic University, Russia),
Tatyana Trifonova (Tomsk State University, Russia)
IHTC15-8499/NCV-F-424
Natural Convective Heat Transfer from an Inclined Isothermal Square Flat Element Mounted
in a Flat Adiabatic Surrounding Surface
Patrick H. Oosthuizen (Queens University, ON Canada)
IHTC15-9319/NCV-F-425
Interaction Effects between Surface Radiation and Sub-atmosphere Natural Convection in
Multi-Heat Sources Enclosures
Han Wang, Chuang Sun, Xin-Lin Xia, He-Ping Tan (Harbin Institute of Technology, China)
IHTC15-8292/NCV-F-426
Effect of Direct Liquid Cooling on Light Emitting Diode Local Hot Spots: Natural Convection
Immersion Cooling
Enes Tamdogan, Mehmet Arik (Ozyegin University, Turkey)

General Sessions in Series
14th, Thursday
Room G
Session 41 (G) [8:20 - 10:20]
GTB

Gas Turbine

Session 42 (G) [10:30 - 12:30]
NMM1 Nano/Micro Scale Measurement and Simulation (1)Co-Chairs : Yutaka Oda & Liang Xu

Co-Chairs : Xiaobing Luo & Junichiro Shiomi

IHTC15-9600/GTB-G-411
Effect of Swirled Leakage Flow on Endwall Film-Cooling
Matthew Stinson, Richard Goldstein, Terrence Simon (University of Minnesota, USA), Shu
Fujimoto, Chiyuki Nakamata (IHI Corporation, Japan)

IHTC15-9485/NMM-G-421
Single-Walled Carbon Nanotubes for Heterojunction Solar Cells
Kehang Cui, Takaaki Chiba, Shohei Chiashi (The University of Tokyo, Japan), Esko
Kauppinen (Aalto University, Finland), Shigeo Maruyama (The University of Tokyo, Japan)

IHTC15-8914/GTB-G-412
Effects of Surface Geometry and Blowing Ratio on Film Cooling Performance at Airfoil
Trailing Edge Investigated by Using Large Eddy Simulation
Akira Murata, Ena Mori, Kaoru Iwamoto (Tokyo University of Agriculture and Technology,
Japan)

IHTC15-8569/NMM-G-422
Thermal Performance of a Propilen Glycol/Alumina Nanofluid under Internal Developing
Laminar Flow
Pablo Fariñas Alvariño, José María Sáiz Jabardo, Javier García del Valle (A Coruña
University, Spain), Ana Soto (Santiago University, Chile)

IHTC15-8457/GTB-G-413
Effects of Ingestion on the Flow and Heat Transfer in a Rotor-Stator System
Le Wang, Mike Wilson (University of Bath, UK)

IHTC15-9607/NMM-G-423
Thermal Conductivity Measurement of Bare Carbon Nanotube Films Using the
Photoacoustic TechniqueThomas L. Bougher, Cristal J. Vasquez, Baratunde A. Cola (Georgia Institute of Technology,
USA)

IHTC15-9249/GTB-G-414
Experimental and Numerical Study of Flow Structure and Liner Wall Temperature in Reverse
Flow Combustor
Xuan Gao, Fei Duan (Nanyang Technological University, Singapore), Sengchuan Lim, Mee
Sin Yip (DSO national laboratories, Singapore)
IHTC15-9553/GTB-G-415
Blade and Vane Leading Edge Fillet on Endwall Cooling in Linear Turbine Cascades
Gazi Mahmood, Sumanta Acharya (Louisiana State University, USA)IHTC15-9584/GTB-G-416
Experimental and Computational Film Cooling with Backward Injection for Cylindrical and
Fan-Shaped Holes
Shiou-Jiuan Li, Andrew Chen (Texas A&M University, USA), Wei-Hsiang Wang (National
Chiao Tung University, Taiwan), Je-Chin Han (Texas A&M University, USA)IHTC15-9063/NMM-G-424
Growth and Applications of Horizontally Aligned Single-Walled Carbon Nanotubes
Shohei Chiashi, Taiki Inoue, Keigo Otsuka, Daisuke Hasegawa, Shigeo Maruyama (The
University of Tokyo, Japan)
IHTC15-9642/NMM-G-425
Monitoring Heat Conduction in Nanostructures with Embedded Planar Defects
Haoxue Han (Ecole Centrale Paris, France), Yuriy Kosevich (Ecole Centrale Paris, France,
Moscow Academia of Sciences, Russia), Sebastian Volz (Ecole Centrale Paris, France)
IHTC15-9618/NMM-G-426
Electrokinetic Focusing of Colloidal Particles by Joule Heating Induced Temperature
Gradient in a Convergent-Divergent Microfluidic Structure
Zhengwei Ge, Chun Yang (Nanyang Technological University, Singapore)73

General Sessions in Series
14th, Thursday
Room H
Session 41 (H) [8:20 - 10:00]

Session 42 (H) [10:30 - 12:10]

CND1

CND2

Conduction (1)Conduction (2)Co-Chairs : Gota Kikugawa & Subhash Mishra

Co-Chairs : Luiz Fernando Milanez & Takayoshi Takano

IHTC15-9735/CND-H-411
Understanding of Non-Fourier Conduction Based on Thermon Gas Model
Xiaodong Shan, Moran Wang (Tsinghua University, China)

IHTC15-8973/CND-H-421
Efficient Coupling Procedures in Steady and Unsteady Thermal Analysis
Marc. P. Errera (ONERA, France)

IHTC15-8466/CND-H-412
Accuracy of the First Eigenvalue of Heat Conduction Problems Calculated Through Tables
and Explicit Approximate Expressions
Sergio Dalmas (Federal Technological University of Paraná, Brazil), Luiz Fernando Milanez(University of Campinas, Brazil)

IHTC15-9090/CND-H-422
Analysis of Heat Transfer in a 2-D Cylindrical Porous Medium
Subhash C. Mishra, Snehasish Panigrahy (Indian Institute of Technology Guwahati, India)

IHTC15-9021/CND-H-413
Thermomass-Based General Law for Ballistic-Diffusive Heat Conduction in Nanostructures
Bing-Yang Cao, Yu-Chao Hua (Tsinghua University, China)
IHTC15-9207/CND-H-414
Topology Optimisation for the Volume-to-Surface Problem in a Three-Dimensional Cubic
Domain Using Conduction CoolingFrancois H. Burger, Jaco Dirker, Josua P. Meyer (University of Pretoria, South Africa)
IHTC15-9920/CND-H-415
An Application of the Generalized Least Squares Method to the Analysis of the Heat Transfer
Process with Supplementary Data
Anna Sciazko (AGH University of Science and Technology, Poland, Shibaura Institute ofTechnology, Japan), Yosuke Komatsu, Shinji Kimijima (Shibaura Institute of Technology,
Japan), Zygmunt Sz. Kolenda, Janusz S. Szmyd (AGH University of Science and Technology,
Poland)74

IHTC15-9932/CND-H-423
Prediction of Effective Thermal Conductivity of Sintered Porous Media with the Discrete
Element Method
Xiao-Long Ouyang, Rui-Na Xu, Le Zhang, Bo Zhou, Pei-Xue Jiang (Tsinghua University,
China)
IHTC15-9501/CND-H-424
Study of Thermal Conductivity in Nanoporous Thin Film and Nanocomposites
Bo Fu, Cheng Bi, Guihua Tang (Xi'an Jiaotong University, China)
IHTC15-9506/CND-H-425
Improving Solidification Structure of Paraffin-Based Nanofluid by Surfactant and UltrasoundLisi Jia, Ying Chen, Shijun Lei, Songping Mo, Zhuowei Liu, Xuefeng Shao (Guangdong
University of Technology, China)

General Sessions in Series
14th, Thursday
Room I
Session 41 (I) [8:20 - 10:00]

Session 42 (I) [10:30 - 12:30]

PMD3

PMD4

Porous Media (3)Porous Media (4)Co-Chairs : Rachid Bennacer & Akira Nakayama

Co-Chairs : Takuto Araki & Justin Weibel

IHTC15-8706/PMD-I-411
Numerical Investigation of Fluid Flow and Heat Transfer in Periodic Porous Lattice-Flame
Materials
Swaminathan G. Krishnan, Karthik K.Bodla, Justin A. Weibel, Suresh V. Garimella (Purdue
University, USA)IHTC15-8811/PMD-I-421
A Porous Media Approach for Analyzing a Spiral-Wound Reverse Osmosis Desalination
ModuleYoshihiko Sano, Akihiko Horibe, Naoto Haruki (Okayama University, Japan), Akira
Nakayama (Shizuoka University, Japan, Wuhan Polytechnic University, China)

IHTC15-8987/PMD-I-412
An Optimization Study of Heat Transfer Enhancement Due to Jet Impingement over Porous
Heat Sinks Using Lattice Boltzmann Method
Sampath Kumar Chinige, Nikhilesh Ghanta, Arvind Pattamatta (Indian Institute of Technology
Madras, India)

IHTC15-9774/PMD-I-422
Convective to Diffusive Contribution of Mass Transfer in Porous Building Materials throughPeclet Number Evaluation
Kamilia Abahri (LMT- Cachan, France), Rafik Belarbi (LaSIE, La Rochelle University, France),
Rachid Bennacer (LMT- Cachan, France), Bin Liu (Tianjin University of Commerce, China)

IHTC15-9590/PMD-I-413
Influence on Stress Jump Coefficient of Porous Structure and Flow Conditions
Baoming Chen, Fang Liu, Guoqing Zhang, Zhi Liu (Shandong Jianzhu University, China)

IHTC15-9248/PMD-I-423
Discussion on Conditions of Local Thermal Non-Equilibrium Effect in Porous Media
Hujin Xu, Liang Gong, Shanbo Huang (China University of Petroleum, East China)

IHTC15-9303/PMD-I-414
Analytical Prediction of the Transition Point to Weak Turbulent Convection in a Porous Layer
Subject to Feedback Control
Peter Vadasz (Northern Arizona University, USA)IHTC15-9347/PMD-I-424
Effect of Temperature and Porosity Change on Numerical Analysis of CO2 Absorption
Behavior in Porous Solid Sorbent by Using the Unreacted-Core Model
Shuhong Xu, Takahiro Tanaka, Takao Nakagaki (Waseda University, Japan)

IHTC15-9742/PMD-I-415
Experimental and Numerical Investigations of Supersonic Transpiration Cooling throughSintered Porous Flat Plates
Zheng Huang (Tsinghua University, China), Yanbin Xiong (Tsinghua University, China, Beijing
Institute of Astronautical System Engineering, China), Yinhai Zhu, Peixue Jiang (Tsinghua
University, China)

IHTC15-9116/PMD-I-425
Structural Optimization of Porous Flow Fields to Improve Water Management Ability of PEFC
Kengo Suzuki, Daiki Sato, Yutaka Tabe, Takemi Chikahisa (Hokkaido University, Japan)
IHTC15-9438/PMD-I-426
Tortuosity in Porous Anode Electrode of Solid Oxide Fuel Cells Estimated from Saturation
Currents and a Mass Transport Model in Comparison with a Real Micro-Structure
Grzegorz Brus (AGH University of Science and Technology, Poland, Kyoto University, Japan),
Kosuke Miyawaki, Hiroshi Iwai, Motohiro Saito, Hideo Yoshida (Kyoto University, Japan)

75General Sessions in Series
14th, Thursday
Room J
Session 41 (J) [8:20 - 10:00]

Session 42 (J) [10:30 - 12:30]

RAD3

RAD4

Radiation (3)Radiation (4)Co-Chairs : Leonid Dombrovsky & Atsushi Sakurai

Co-Chairs : Linhua Liu & Toshiro Makino

IHTC15-9563/RAD-J-411
Effects of Molecular Gas Radiation on Rayleigh-Bénard Convection in a 3D Cubical Cavity
Laurent Soucasse, Philippe Rivière, Anouar Soufiani (Laboratoire EM2C, France, École
Centrale Paris, France)

IHTC15-9822/RAD-J-421
Heat Transfer in Vacuum Thermal Insulation of Space Vehicles: An Experimental Estimate vsTheoretical Prediction
Aleksey V. Nenarokomov (Moscow Aviation Institute, Russia), Leonid A. Dombrovsky (Joint
Institute for High Temperatures, Russia), Irina V. Krainova, Oleg M. Alifanov, Sergey A.
Budnik (Moscow Aviation Institute, Russia)

IHTC15-9357/RAD-J-412
Numerical Study on Solar Reflection Performance of Cool Painting and the Optimization
Shinichi Kinoshita, Satoshi Nishimura, Atsumasa Yoshida (Osaka Prefecture University,
Japan)
IHTC15-8315/RAD-J-413
Effect of Fractal Parameters on Absorption Coefficient of Soot Aggregates in the Electrostatic
Limit
Prasanna Swaminathan, Philippe Rivière, Anouar Soufiani (Laboratoire EM2C, France,
École Centrale Paris, France)
IHTC15-9143/RAD-J-414
Implementation of the SUN Model for Radiation Heat Transfer in Packed Pebble Bed Gas
Cooled Reactors
Pieter G. Rousseau, Charl G. du Toit, Stefan van der Walt (North-West University, South
Africa)IHTC15-9478/RAD-J-415
The Influence of Carbon Fiber Composite Material Structures on the Spectral Attenuation
Properties of Thermal Radiation
Ming Xie, Qing Ai, Xiaochen Xie, Liu Yang, Heping Tan (Harbin Institute of Technology,
China)

IHTC15-8683/RAD-J-422
Effect of Structure and Transfer Function on Artificial Neural Networks Used in Radiation
Thermometry for SteelChang-Da (Alex) Wen, Po-Chin Fu (National Cheng Kung University, Taiwan)
IHTC15-9545/RAD-J-423
Enhancement of Ray Tracing Method for Radiative Heat Transfer: Application to EUI Space
Instrument
Lionel Jacques (Université of Liège, Belgium, Centre Spatial de Liège, Belgium), Luc Masset,
Gaetan Kerschen (Université of Liège, Belgium)
IHTC15-9531/RAD-J-424
Effect of Fractal-Like Aggregation on Radiative Properties and Specific Growth Rate of
Chlorella
Zhen-zong He, Hong Qi, Qin Chen, Ya-tao Ren, Li-ming Ruan (Harbin Institute of Technology,
China)
IHTC15-9126/RAD-J-425
Measurement of Radiative Properties of Scattering and Absorbing Layered Media
Takahiro Kono, Jun Yamada (Shibaura Institute of Technology, Japan)
IHTC15-8901/RAD-J-426
Measurement and Prediction of Absorbed Irradiating Energy Distribution in Narrow Channelof Desiccant Rotor
Jie Li, Yoshinori Hamamoto, Hideo Mori (Kyushu University, Japan)

76

General Sessions in Series
14th, Thursday
Room K
Session 41 (K) [8:20 - 10:00]

Session 42 (K) [10:30 - 12:30]

HPP1

HPP2

Heat Pipe (1)Heat Pipe (2)Co-Chairs : Niro Nagai & Ji Yulong

Co-Chairs : Marco Marengo & Hajime Onishi

IHTC15-8985/HPP-K-411
Flow Visualisation in a Transparent Thermosyphon: Influence of Internal Pressure
Kate Smith (Trinity College, Ireland), Roger Kempers (Trinity College, Ireland, Alcatel-Lucent,Ireland), Anthony Robinson, Samuel Siedel (Trinity College, Ireland)

IHTC15-9141/HPP-K-421
Investigation of Gravity Heat Pipe with Internal Helical Microfins in Different Sections
Gongming Xin, Chong Zhang, Wenjing Du, Yan Chen, Lin Cheng (Shandong University,
China)

IHTC15-9031/HPP-K-412
Super-Thin Heat Pipe in Smartphone Application
Thanh-Long Phan, Mohammad Shahed Ahamed, Thang Nguyen, Masataka Mochizuki, Yuji
Saito (Fujikura Ltd., Japan), Sadanari Mochizuki (Tokyo University of Agriculture andTechnolog, Japan)

IHTC15-9125/HPP-K-422
Effect of Inclination Angle onto Heat Transport Characteristics of Bubble-Actuated Circulating
Heat Pipe (Bach) Covering High-Temperature Region
Yingying Ji, Niro Nagai (University of Fukui, Japan), Kohei Takano (Mitsubishi Motors
Corporation, Japan)

IHTC15-8842/HPP-K-413
Boiling Heat Transfer Enhancement of Double-Tube Heat Pipe for High Power Devices
Taro Kato, Masafumi Katsuta, Kazuhiro Sugaya, Ryutaro Hotta (Waseda University, Japan)

IHTC15-9076/HPP-K-423
Oscillation-Induced Heat Transportation in a Curved Heat Transpotation Pipe
Seiichiro Yuguchi, Hideyuki Kusaka, Kosuke Shiratori, Gaku Tanaka (Chiba University,
Japan)

IHTC15-9124/HPP-K-414
Heat Pipe Applications in Cooling Nuclear FuelRandeep Singh, Masataka Mochizuki, Thang Nguyen, Yuji Saito (Fujikura Ltd, Japan)
IHTC15-9619/HPP-K-415
Dynamics of Evaporation in a Single, Straight-Tube Pulsating Heat Pipe
Kunito Okuyama, Takahiro Ichikawa, Shoji Mori (Yokohama National University, Japan)

IHTC15-9442/HPP-K-424
An Investigation of Operating Limit for Oscillating Heat Pipes
Yulong Ji, Chao Chang, Gen Li (Dalian Maritime University, China), Hongbin Ma (Universityof Missouri, USA)IHTC15-9476/HPP-K-425
Experimental Investigation of Ultrasonic Effect on a Nanofluid Oscillating Heat Pipe
Nannan Zhao, Benwei Fu (Dalian Maritime University, China), Hongbin Ma (University ofMissouri, USA)IHTC15-9208/HPP-K-426
Effects of Tube Diameter on Internal Flow Patterns and Heat Transport Performance ofParallel-Tube Heat Transport Device
Kazusa Abiko, Akira Murata, Hiroshi Saito, Kaoru Iwamoto (Tokyo University of Agriculture
and Technology, Japan)

77General Sessions in Series
15th, Friday
Room B1
Session 51 (B1) [8:40 - 10:40]

Session 52 (B1) [12:50 - 14:50]

PBL4

PBL5

Pool Boiling (4)Pool Boiling (5)Co-Chairs : Yasuo Koizumi & Gherhardt Ribatski

Co-Chairs : Catherine Colin & Mamoru Ozawa

IHTC15-9471/PBL-B1-511
Interfacial Instability on Vapor Bubble Exposed to Subcooled Pool
Ichiro Ueno, Takahito Saiki, Tomohiro Osawa, Jun Ando, Toshihiro Kaneko (Tokyo Universityof Science, Japan), Chungpyo Hong (Kagoshima University, Japan)

IHTC15-8441/PBL-B1-521
Stability and Mode Transition of Boiling on a Flat Surface
Jianfeng Lu, Jing Ding (Sun Yat-Sen University, China)

IHTC15-9659/PBL-B1-512
A Comparison Study of State-of-the-Art Experimental and Numerical Simulation Results
Associated with Nucleate Boiling of a Single Bubble
Satbyoul Jung (Kyung Hee University, Korea), Yasuo Ose (Yamato System Engineer Co.,Ltd.,
Japan), Hyungdae Kim (Kyung Hee University, Korea), Tomoaki Kunugi (Kyoto University,
Japan)
IHTC15-8854/PBL-B1-513
Enhanced Boiling Heat Transfer on Super-Hydrophilic Surface with Porous Copper Layer
Pengfei Xu, Qiang Li (Nanjing University of Science and Technology, China), Yimin Xuan
(Nanjing University of Aeronautics and Astronautics, China, Nanjing University of Scienceand Technology, China)
IHTC15-9224/PBL-B1-514
Enhancement of Heat Transfer at Transition and Film Boiling of Nitrogen on Spheres with
Dimples and Low Conductivity Coating
Vladmir Zhukov (Institute of High Temperature, Russia), Yury Kuzma-Kichta (MPEI,Russia),
Viktor Lenkov (Institute of High Temperature, Russia), Alexander Lavrikov, Mikhail Shustov(MPEI, Russia)
IHTC15-8941/PBL-B1-515
Improvement of Nucleate Boiling Heat Transfer Characteristics by Using Immiscible Mixtures
Shota Kita, Shunsuke Onishi, Yuta Fukuyama, Haruhiko Ohta (Kyushu University, Japan)
IHTC15-8619/PBL-B1-516
Pool Boiling HeaW7UDQVIHU(QKDQFHPHQWE\Ȗ-Al2O3 /FC-72 Nanofluids on a Smooth Surface
Xin Kong, Jinjia Wei, Jie Ding, Yonghai Zhang (Xi'an Jiaotong University, China)

78

IHTC15-9511/PBL-B1-522
Boiling Heat Transfer Characteristics and Film Boiling Collapse Temperature through the
Two-Dimensional Temperature Field Measurement
Hiroyasu Ohtake, Koji Hasegawa (Kogakuin University, Japan)
IHTC15-10081/PBL-B1-523
Effects of Porous SIC Deposition and High Thermal Conductive Graphene Layer on CriticalHeat Flux
Han Seo, In Cheol Bang (Ulsan National Institute of Science and Technology, Korea)
IHTC15-8856/PBL-B1-524
Boiling on an Isolated Nucleation Site Close to CHF Conditions
Olivier Kannengieser (Toulouse University - IMFT, France), Wladimir Bergez, Catherine Colin(Toulouse University, France, CNRS, IMFT, France)
IHTC15-9423/PBL-B1-525
Effect of Kelvin-Helmholtz Instability on CHF for Thin Flat Plate Heater
Jae Young Lee, Wooram Lee (Handong Global University, Korea)
IHTC15-9592/PBL-B1-526
Crisis in Pool Boiling: Alternative to Hydrodynamic Approach
Victor. V. Yagov (National Research University “Moscow Power Engineering Institute”,
Russia)General Sessions in Series
15th, Friday
Room B2
Session 53 (B1) [15:10 - 17:10]
PBL6

Pool Boiling (6)Session 51 (B2) [8:40 - 10:20]
TPS

Two-phase, Spray/Droplet

Co-Chairs : In Cheol Bang & Koichi Suzuki

Co-Chairs : Masahiro Osakabe & Francisco Vera-Garcia

IHTC15-8964/PBL-B1-531
Enhanced Transient Pool Boiling of Water on Nanoscale Textured Superhydrophilic Surfaces
Li-Wu Fan, Jia-Qi Li, Dan-Yang Li, Liang Zhang, Zi-Tao Yu, Ya-Cai Hu (Zhejiang University,
China)

IHTC15-8860/TPS-B2-511
Kinetic Modelling of Diesel Fuel Droplet Heating and Evaporation: Effects of Inelastic
Collisions and Three Components
Sergei Sazhin (University of Brighton, UK), Irina Shishkova (Moscow Power Engineering
Institute, Russia, University of Brighton, UK)

IHTC15-9632/PBL-B1-532
Enhancement of Nucleate Pool Boiling Heat Transfer Using Water on Titanium Oxide andSilicon Oxide Surface
Sudev Das, Swapan Bhaumik (National Institute of Technology Agartala, India)

IHTC15-9815/TPS-B2-512
Evaporation of Bi-Component Droplets in a Highly Turbulent Channel Flow
Adrien Jean, Rudy Bazile, Bernard Ferret (Université de Toulouse, France)

IHTC15-9551/PBL-B1-533
Modeling of Boiling Heat Transfer from Microstructured Surfaces
Alexander Ustinov (Advanced Energy Technologies GmbH, Germany), Jovan Mitrovic(University of East Sarajevo, Bosnia and Herzegovina)

IHTC15-9328/TPS-B2-513
Numerical Simulation of Heat Transfer and Gas Dynamics in Warm Spray
Yanguang Shan, Feifei Gong, Cuihong Shen, Ling Li, Mei Lu (University of Shanghai for
Science and Technology, China)

IHTC15-9004/PBL-B1-534
Study of the Combined Effects of Liquid Properties and Surface Micropatterning on Pool
Boiling Heat Transfer
Emanuele Teodori, Ana Moita, Antonio Moreira (University of Lisbon, Portugal)

IHTC15-8593/TPS-B2-514
The Effect of Pulses Frequency on Flow and Heat Transfer Due to Intermittent Impinging Mist
Jets
Maksim Pakhomov, Viktor I. Terekhov (Russian Academy of Sciences, Russia)

IHTC15-9044/PBL-B1-535
An Experimental Study of Carbon Nanotube Coatings for Pool Boiling Heat Transfer
Enhancement
Jin Yao Ho, Kai Choong Leong, Charles Yang, Indro Pranoto (Nanyang Technological
University, Republic of Singapore)

IHTC15-9060/TPS-B2-515
Experimental Study on Heat Transfer Characteristics of High-Velocity Circular Jet
Impingement Boiling on the Nano-Characteristic Stagnation Zone
Yuanyang Li, Yanjun Chen, Zhenhua Liu (Shanghai Jiaotong University, China)

IHTC15-8805/PBL-B1-536
Influence of Gap Size on Boiling and Condensation Co-Existing Phase Change Heat
Transfer in Small Confined Space
Guangmeng Zhang, Zhongliang Liu (Key Laboratory of Heat Transfer and Energy
Conversion, China), Li Wang, Lingyan Huang (Beijing Institute of Space Launch Technology)

79

General Sessions in Series
15th, Friday
Session 52 (B2) [12:50 - 14:50]

Session 53 (B2) [15:10 - 16:30]

TPM1

TPM2

Two-phase/Multiphase Flow (1)Two-phase/Multiphase Flow (2)Co-Chairs : Takeyuki Ami & Chien-Yuh Yang

Co-Chairs : Hosei Nagano & Sergei Sazhin

IHTC15-8955/TPM-B2-521
R1234yf Heat Transfer Coefficient during Condensation in a Mini-Channel Multiport Tube
Alejandro Lopez-Belchi, José Ramón García-Cascales, Francisco Vera-García, Fernando
Illán-Gómez (Technical University of Cartagena, Spain)

IHTC15-8793/TPM-B2-531
Regimes of Nonisothermal Scavenging of Soluble Gaseous Pollutants by Rain in the
Atmosphere with Non-Uniform Concentration and Temperature Distributions
Tov Elperin, Andrew Fominykh, Boris Krasovitov (Ben-Gurion University of the Negev, Israel)

IHTC15-8561/TPM-B2-522
Flow Condensation Heat Transfer on Engineered Surfaces
Chun-Wei Yao, Jorge Alvarado (Texas A&M University, USA), Charles Marsh (ERDC –Construction Engineering Research Laboratory, USA, University of Illinois at UrbanaChampaign, USA), Barclay Jones (University of Illinois at Urbana-Champaign, USA), Michael
Collins (ERDC – Construction Engineering Research Laboratory, USA, University of Illinois at
Urbana-Champaign, USA)IHTC15-8935/TPM-B2-532
Experimental Study on the Temperature and Pressure Distribution of Steam Jet in Subcooled
Water Flow in a Restricted Channel
Xiao Zong, Tao Li, Xiao-Ping Yang, Wei Han, Ji-Ping Liu, Jun-Jie Yan (Xi’an Jiaotong
University, China)

IHTC15-10072/TPM-B2-523
Gallium Melting in a Rectangular Box
Ori Ben-David, Avi Levy, Boris Mikhailovich, Asaf Azulay (Ben-Gurion University of the Negev,
Israel)IHTC15-8609/TPM-B2-524
Turbulent Mass Transfer Model to Predict Wax Deposition in Multiphase Flow in Pipelines
Fabio Brum (Pontifícia Universidade Católica do Rio de Janeiro, Brazil), Sidney
Stuckenbruck (Olympus Software Científico e Engenharia, Brazil), Angela Nieckele(Pontifícia Universidade Católica do Rio de Janeiro, Brazil)
IHTC15-9066/TPM-B2-525
Numerical Study of Slug Flow Heat Transfer in Microchannels
Thilaksiri Bandara, Sherman C. P. Cheung, Gary Rosengarten (RMIT University, Australia)
IHTC15-9192/TPM-B2-526
Irreversibility Analysis of an Evaporator for Use in a Micro-Refrigeration Cycle
Göker Türkakar, Tuba Okutucu-Özyurt (Middle East Technical University, Turkey)

80

IHTC15-9113/TPM-B2-533
Numerical Investigation of Adiabatic Growth and Detachment of Gas/Vapor Bubbles Injectedfrom a Submerged Orifice at Various Surface Inclinations
Anastasios Georgoulas, Marco Marengo (University of Bergamo, Italy)
IHTC15-9456/TPM-B2-534
Melting, Solidification and Coalescence of Metallic Particles Invoked by Laser Heating
Ram Dayal, Tatiana Gambaryan-Roisman (Technische Universität Darmstadt, Germany)

General Sessions in Series
15th, Friday
Room C1
Session 51 (C1) [8:40 - 10:40]
TDY3

Thermodynamics (3)Co-Chairs : Sebastian Fischer & Yasuyuki Miyamoto

Session 52 (C1) [12:50 - 14:30]
CNV1

Convection (1)Co-Chairs : Soufiani Anouar & Kenichi Kobayashi

IHTC15-9827/TDY-C1-511
Heat Transfer in Supersonic Flow over Blunt Body with Resonator of Hartmann Whistle Type
Natalia Palchekovskaya (Central Aerohydrodynamic Institute, Russia)

IHTC15-9942/CNV-C1-521
Heat Transfer Performance of Finless Heat Exchanger Using Airfoil-Shaped Tubes with
Extended Leading or Trailing Edge Section
Hajime Onishi, Akihiro Yamamoto, Yukio Tada, Akira Takimoto (Kanazawa University, Japan)

IHTC15-9243/TDY-C1-512
Non-Equilibrium Electron Gas Thermodynamic Cycle with Nano Features
Kazuaki Yazawa, Ali Shakouri (Purdue University, USA)IHTC15-9230/CNV-C1-522
Modified Endwall Fluid Flow in a Dimpled Pin Fin Array for Heat Transfer Enhancement
Stephan Roux, Gazi Mahmood, Josua P. Meyer (University of Pretoria, South Africa)

IHTC15-8937/TDY-C1-513
The Applied Condition of Lumped Parameter Method for Finite Mass Transfer Duration
Jianping Cao, Cong Liu, Yinping Zhang (Tsinghua University, China)

IHTC15-8698/CNV-C1-523
Heat Transfer and Pressure Drop of Serrated Finned Tube Banks in Forced Convection
Akira Yamada, Hiroyuki Nakaharai, Seiji Goto, Manabu Oda (Mitsubishi Heavy Industries,
Japan)

IHTC15-9373/TDY-C1-514
A Study of Macroscopic Physical Meaning of Entropy
Jing Wu (Huazhong University of Science & Technology, China)
IHTC15-9414/TDY-C1-515
Implementation of Entransy Analysis for Heat Transfer Optimization and System Design
Menghe Sun, Xin-Rong Zhang (Peking University, China)
IHTC15-8483/TDY-C1-516
Internal Symmetries, Fundamental Invariants and Convective Heat Transfer from a Rotating
Disc
Christian Helcig, Stefan aus der Wiesche (Muenster University of Applied Sciences,
Germany), Igor V. Shevchuk (University of Stuttgart, Germany)

IHTC15-8338/CNV-C1-524
The Influence of Surface Roughness on Heat Transfer in the Transitional Flow Regime
Marilize Everts, Samantha Ayres, Franscois Mulock Houwer, Calvin Vanderwagen, Nicola M.
Kotze, Josua P. Meyer (University of Pretoria, South Africa)
IHTC15-9092/CNV-C1-525
High-Order Numerical Implementation of Surface Radiation for the Coupling with Natural
Convection in an Air-Filled Square Cavity
Ronnie Knikker, Shihe Xin (INSA-Lyon, France), Ren Dai (University of Shanghai for Scienceand Technology, China)

81General Sessions in Series
15th, Friday
Room C2
Session 53 (C1) [15:10 - 16:30]

Session 51 (C2) [8:40 - 10:40]

CNV2

HTE7

Convection (2)Heat Transfer Enhancement (7)Co-Chairs : Koichi Ichimiya & Hervé Pabiou

Co-Chairs : Wei Liu & Shuichi Torii

IHTC15-9209/CNV-C1-531
Turbulent Thermal Convection in an Enclosure with Differently Inclined Horizontal Wall: A
LES study
Saša Kenjereš (Delft University of Technology, The Netherlands)

IHTC15-8491/HTE-C2-511
Entransy Balance Equation for Heat Transfer with Phase Change
Wenhua Wang, Xuetao Cheng, Xingang Liang (Tsinghua University, China)

IHTC15-9593/CNV-C1-532
Modeling the Thermal Environment in an Operating Room
Senhorinha Teixeira, Nelson Rodrigues, Alberto Miguel, Ricardo Oliveira, José Teixeira(University of Minho, Portugal), João Baptista (University of Porto, Portugal)
IHTC15-8429/CNV-C1-533
Fluid Flow and Heat Transfer in Microchannel Heat Sinks with Zigzag Longitudinal Fins
Ganbat Davaa, Odgerel Jambal (Yuge National College of Maritime Technology, Japan),
Yogesh Jaluria (Rutgers, The State University of New Jersey, USA)IHTC15-9355/CNV-C1-534
Study on Period Flow and Heat Transfer Characteristics for Backward-Facing Step inTransition Flow
Minbo Zhong (Jiangsu University, China, Nantong University, China), Shuai Zou (Nantong
University, China), Yinnan Yuan (Jiangshu University, China, Nantong University, China),
Guannan Xi (Nantong University, China)

IHTC15-9231/ HTE-C2-512
Heat Transfer Measurements in a Swirl Chamber Using the Transient Liquid Crystal
Technique
Christoph Biegger, Bernhard Weigand (University of Stuttgart, Germany)
IHTC15-8669/HTE-C2-513
Impingement Cooling with Spent Flow in the Blade Leading Edge Using Double Swirl
Chambers
Gang Lin, Karsten Kusterer (B&B-AGEMA GmbH, Gremany), Dieter Bohn (RWTH Aachen
University, Germany), Takao Sugimoto, Ryozo Tanaka, Masahide Kazari (Kawasaki Heavy
Industries, LTD., Japan)
IHTC15-9965/HTE-C2-514
Experimental Study and Prediction of Film Cooling Effectiveness for a Guide Vane in Heavy
Gas Turbine
Wei Wang, Jianmin Gao, Liang Xu, Xiaojun Shi (Xi’an Jiaotong University, China)
IHTC15-8319/HTE-C2-515
An Investigation into Momentum and Temperature Fields of a Meso-Scale Slot Synthetic Jet
for a Small Jet-to-Surface Spacing
Omidreza Ghaffari (Ozyegin University, Turkey), Baris Dogruoz (Cisco Systems Inc., USA),
Mehmet Arik (Ozyegin University, Turkey)
IHTC15-8667/HTE-C2-516
Transient Heat Transfer for a Twisted Plate in Forced Convection Flow of Helium Gas
Qiusheng Liu, Zhou Zhao, Katsuya Fukuda (Kobe University, Japan)

82

General Sessions in Series
15th, Friday
Session 52 (C2) [12:50 - 14:30]

Session 53 (C2) [15:10 - 17:10]

HTE8

HTE9

Heat Transfer Enhancement (8)Heat Transfer Enhancement (9)Co-Chairs : Kazuya Tatsumi & Victoria Timchenko

Co-Chairs : Tatsuya Kawaguchi & Amos Ullmann

IHTC15-8426/HTE-C2-521
Heat Transfer Analysis of Aluminum Honeycomb Panels Incorporating Microencapsulated
PCM
Chi-ming Lai (National Cheng-Kung University, Taiwan), Shuichi Hokoi (Kyoto University,
Japan)

IHTC15-9839/HTE-C2-531
Effect of Surface Orientation on the Rewetting Phenomena during Jet Impingement Cooling
Agrawal Chitranjan (Maharana Pratap University of Agriculture and Technology, india), Ravi
Kumar, Akhilesh Gupta (Indian Institute of Technology Roorkee, India), Barun Chatterjee(Bhabha Atomic Research Centre, India)

IHTC15-9952/HTE-C2-522
Vortex Heat Transfer Enhancement in Dimpled Channels
Alexander I. Leontiev (Bauman Technical University, Russia), Sergey Isaev (SaintPetersburg State University of Civil Aviation, Russia), Nikolai Kornev (University of Rostock,Germany), Yaroslav Chudnovsky (Gas Technology Institute, USA), Egon Hassel (Universityof Rostock, Germany)

IHTC15-9448/HTE-C2-532
Carbon Nanotubes as Thermal Interface Material Enhanced with Liquid Metal Alloy
Yulong Ji, Gen Li, Chao Chang, Yuqing Sun (Dalian Maritime University, China), Hongbin Ma(University of Missouri, USA)IHTC15-8765/HTE-C2-523
A Numerical-Experimental Study of Heat Transfer Enhancement Using Unconfined Steadyand Pulsating Turbulent Air Jet Impingement
Sajad Alimohammadi, Tim Persoons, Darina B. Murray (Trinity College, Ireland)
IHTC15-8983/HTE-C2-524
Applying Phase Separation of a Solvent System with a Lower Critical Solution Temperaturefor Enhancement of Cooling Rates by Forced and Free Convection
Amos Ullmann, Itay Lipstein, Neima Brauner (Tel Aviv University, Israel)
IHTC15-9271/HTE-C2-525
Unravelling Convective Heat Transfer in the Rotated Arc Mixer
Michel Speetjens, Özge Baskan (Eindhoven University of Technology, The Netherlands),
Guy Metcalfe (Commonwealth Scientific and Industrial Research Organisation, Australia),
Herman Clercx (Eindhoven University of Technology, The Netherlands)

IHTC15-8700/HTE-C2-533
Application of Heat Transfer Technology with Phase Change Inhibited to Integrated Heat
Deriving and Radiating Systems
Suvit Lee (Zhejiang Jiaxi Optoelectronic Equipment Manufacturing Co.Ltd., China), Bangxian
Wu (Chinese Academy of Sciences, China)
IHTC15-9148/HTE-C2-534
Geometric Optimisation of Multi-Layered Microchannel Heat Sink with Different Flow
Arrangements
Olayinka O. Adewumi (University of Pretoria, South Africa), Tunde Bello-Ochende (Universityof Cape Town, South Africa), Josua P. Meyer (University of Pretoria, South Africa)
IHTC15-8244/HTE-C2-535
Microscopic Mechanism of Cavitation Enhanced Heat Transfer: A Modeling Study
Bin Liu (Chinese Academy of Sciences, China, University of the Chinese Academy of
Sciences, China), Jun Cai, Xiulan Huai (Chinese Academy Sciences, China)
IHTC15-8900/HTE-C2-536
Influence of Several Parameters on Heat Storage and Release Enhancement Behavior of
Latent Heat Storage Paraffin with Aluminum Fiber Materials
Naoto Haruki, Akihiko Horibe, Yoshihiko Sano, Kohei Hachiya (Okayama University, Japan)

83General Sessions in Series
15th, Friday
Room D
Session 51 (D) [8:40 - 10:20]
MCV

Mixed Convection

Room F
Session 51 (F) [8:40 - 10:40]
NCV3

Natural Convection (3)Co-Chairs : Tsuyoshi Kawanami & Jose Teixeira

Co-Chairs : Pratibha Biswal & Isao Kataoka

IHTC15-9081/MCV-D-511
Mixed Convection Heat Transfer in a Pressurizing Confined-Jet Flow Field
Melissa Heath, Peter Woodfield, Wayne Hall (Griffith University, Australia), Masanori Monde(Saga University, Japan)

IHTC15-8565/NCV-F-511
Large-Eddy Simulations of Plumes with and without Turbulent Diffusion FlamesHitoshi Suto, Yasuo Hattori (Central Research Institute of Electric Power Industry, Japan)

IHTC15-9524/MCV-D-512
Numerical Study on Entropy Generation for Mixed Convection in Square Enclosures for
Isothermally and Non-Isothermally Hot Bottom Wall
Monisha Roy, Tanmay Basak, Satyajit Roy (Indian Institute of Technology Madras,India)
IHTC15-9297/MCV-D-513
Experimental Investigation on Mixed Convection in Horizontal Channels Heated Below andPartially Filled with Aluminium Foam
Bernardo Buonomo, Oronzio Manca, Lorenzo Marinelli, Sergio Nardini (Seconda Universita'
degli Studi di Napoli,Italy)
IHTC15-8059/MCV-D-514
Experimental Investigation of Mixed Convection Heat Transfer from Heated Vertical
Rectangular Fin Array
Jayanti Shete, Narayan Sane, S. Pavithran (Vishwakarma Institute of Technology, India)
IHTC15-9165/MCV-D-515
Energy Conservative Dissipative Particle Dynamics Simulation of Mixed Convection inComplex Geometries with Moving Surface
Zhi-Hong Cao, Kang Luo, Hong-Liang Yi, He-Ping Tan (Harbin Institute of Technology, China)

IHTC15-9046/NCV-F-512
Three-Dimensional Computational Study of Natural Convection in a Non-Uniformly HeatedVertical Open-Ended Channel
Oxana A. Tkachenko, Svetlana Tkachenko, Victoria Timchenko, John A. Reizes (The
University of New South Wales, Australia), Guan Heng Yeoh (The University of New South
Wales, Australian Nuclear Science and Technology Organisation, Australia), Graham de Vahl
Davis (The University of New South Wales, Australia)
IHTC15-9291/NCV-F-513
Comparative Study of Numerical Simulations of a 2D Buoyancy-Driven Flow in a Vertical
Channel Asymmetrically Heated with or without External DomainCharles Garnier, Anne Sergent, Yann Fraigneau, Patrick Le Quere (LIMSI UPR CNRS 3251,
France)IHTC15-8624/NCV-F-514
A Numerical Study of g-Jitter Effects in Cubic-Cavity Convection in Low Gravity
Keisuke Tatasumoto (Doshisha University, Japan), Hirochika Tanigawa (Maizuru National
College of Technology, Japan), Katsuya Hirata (Doshisha University, Japan)
IHTC15-9053/NCV-F-515
Natural Convection in an Inclined Differentially Heated Square Cavity
Steven Armfield, Michael Kirkpatrick, Nicholas Williamson (Sydney University, Australia),
Wenxian Lin (James Cook University, Australia)
IHTC15-9747/NCV-F-516
Natural Convection in an Open Vertical Channel with Heated Walls at high Rayleigh Number
Christophe Daverat, Yiqin Li (Institut National des Sciences Appliquées, France), Hervé
Pabiou (Centre National de la Recherche Scientifique, France), Christophe Ménézo, Shihe
Xin (Institut National des Sciences Appliquées, France)

84General Sessions in Series
15th, Friday
Session 52 (F) [12:50 - 14:50]
OPT

Optimal Control/Theory

Session 53 (F) [15:10 - 17:10]
NMT

New Materials

Co-Chairs : Tomoyuki Hatakeyama & Zhen Li

Co-Chairs : Shigeo Maruyama & Sebastian Volz

IHTC15-9477/OPT-F-521
Heat Conduction Optimization of Anisotropic Composite Material Using Simulated Annealing
Algorithm
Chao Yuan, Lan Li, Xiaobing Luo (Huazhong University of Science and Technology, China)

IHTC15-8664/NMT-F-531
Enhanced Thermal Conductivity of Epoxy Composites with Hybrid Carbon-Based Functional
Materials and Nano-Copper Particles
Ping Zhang, Qiang Li, Yimin Xuan (Nanjing University of Science and Technology, China)

IHTC15-9670/OPT-F-522
Adjoint-Based Optimum Thermal Control of Pulsed Laser Diodes
Kenichi Morimoto, Yuji Suzuki (The University of Tokyo, Japan)

IHTC15-9153/NMT-F-532
Radiative Properties of a Nanofluid Mixture
Jan Eggers, Stephan Kabelac (Leibniz University Hannover, Germany)

IHTC15-8602/OPT-F-523
Virtual Distribution and Mixing Entransy Analysis Method
Xiaodong Qian, Zhen Li, Zhixin Li, Zhiguang He (Tsinghua University, China)

IHTC15-8890/NMT-F-533
Thermal and Electromagnetic Modeling of a Multi-Layer PCs Thermal Protection Structure
for Laser Ablation
Hao-Chun Zhang, Yang Zhao, Hai-Yan Yu, Chen-Hui Qiu, Yao Li (Harbin Institute ofTechnology, China)

IHTC15-9018/OPT-F-524
Multi-Objective Optimization of Vortex Generators Position and Angles in Fin-Tube Compact
Heat Exchanger at Low Reynolds Number Using Neural Network and Genetic Algorithm
Leandro Salviano, Daniel Dezan, Jurandir Yanagihara (University of São Paulo, Brasil)
IHTC15-8411/OPT-F-525
Study on Model Predictive Control to Minimize Temperature Change at Multi Positions in
Vertical Plate with Varying Heat Generation
Shigeki Hirasawa, Tsuyoshi Kawanami, Katsuaki Shirai (Kobe University, Japan)
IHTC15-9168/OPT-F-526
Numerical Topology Optimization of Heat Sinks
Tijs Van Oevelen, Martine Baelmans (KU Leuven, Belgium)

IHTC15-9390/NMT-F-534
The Experimental Investigation of Modified Surface Effect on Microbial FoulingCharacteristics
Zhiming Xu (Northeast Dianli University, China), Zuodong Liu (North China Electric Power
University, China), L. Wu (Northeast Dian Li University, China), Yilong Zhang (North China
Electric Power University, China), Z. Zhang (Northeast Dianli University, China)
IHTC15-9823/NMT-F-535
Experimental Analysis of High Weber Number Drop Impact onto Super-Hydrophobic andHydrophobic Surfaces
Fabio Villa (University of Bergamo, Italy), Carlo Antonini (Eidgenössische Technische
Hochschule, Switzerland), Ilia Roisman (Technical University of Darmstadt, Germany),
Marco Marengo (University of Bergamo, Italy)
IHTC15-9482/NMT-F-536
Superhydrophobicity or Icephobicity for an Effective Icing Mitigation Strategy?
Carlo Antonini (Eidgenössische Technische Hochschule, Swizerland), Alidad Amirfazli (YorkUniversity, Canada), Marco Marengo (University of Bergamo, Italy)

85

General Sessions in Series
15th, Friday
Room G
Session 51 (G) [8:40 - 10:20]

Session 52 (G) [12:50 - 14:50]

NMM2 Nano/Micro Scale Measurement and Simulation (2)NMM3 Nano/Micro Scale Measurement and Simulation (3)Co-Chairs : Hirofumi Daiguji & Konstantinos Termentzidis

Co-Chairs : Weigang Ma & Koji Takahashi

IHTC15-8732/NMM-G-511
The Effect of Inner Surface Roughness and Heating on Friction Factor in Horizontal
Mini-Tubes
Lap Mou Tam (University of Macau, Institute for the Development and Quality, China), Hou
Kuan Tam (University of Macau, China), Afshin J. Ghajar(Oklahoma State University,
Stillwater, USA), Wa San Ng, Choi Keng Wu (University of Macau, Institute for theDevelopment and Quality, China)

IHTC15-9459/NMM-G-521,QYHVWLJDWLRQ RI 7KHUPDO 5HVLVWDQFH DQG +HDW &RQGXFWLRQ DW Į-Quartz-Liquid Alkane
Interfaces Using Nonequilibrium Molecular Dynamics Simulations
Hari Krishna Chilukoti, Gota Kikugawa (Tohoku University, Japan), Masahiko Shibahara(Osaka University, Japan), Taku Ohara (Tohoku University, Japan)

IHTC15-8543/NMM-G-512
Temperature Dependent Thermal Transport across the Interfaces between CNT Array and
Adjacent Layers
Zhaoliang Wang, Yong Ma, J. G. Liang (China University of Petroleum, China), D. W. Tang
(Chinese Academy of Science Beijing, China)

IHTC15-9136/NMM-G-522
Gas Molecular Momentum Exchange Characteristics in Nanopores
Qixin Liu, Zhiyong Chai (Chongqing University of Science and Technology, China)
IHTC15-9429/NMM-G-523
Evaporation Dynamics of Microdroplets
Mitsuhiro Matsumoto, Junichi Tatsumi, Masaya Hosoda (Kyoto University, Japan)

IHTC15-9503/NMM-G-513
Behaviors of Gas Flow in Tree-Shaped Microchannel Networks
Zilong Deng (Southeast University, China), Yongping Chen (Yangzhou University, China),
Chengbin Zhang (Southeast University, China)

IHTC15-9391/NMM-G-524
Heat Transfer across a Confined Thin Film with Structural or Mass Disorder: A Molecular
Dynamics Study
Cheng Shao, Hua Bao (Shanghai Jiao Tong University, China)

IHTC15-9453/NMM-G-514
Numerical Study of Ethanol Reforming in Micro-Channels
Somasree Roychowdhury, Sarit Kumar Das, Thirumalachari Sundararajan (Indian Institute ofTechnology Madras, India)

IHTC15-9000/NMM-G-525
Kinetic Study of Li2SO4.H2O Dehydration Using Microscopy and Modeling
Shuiquan Lan, Herbert Zondag, Camilo Rindt (Eindhoven University of Technology, The
Netherlands)

IHTC15-8946/NMM-G-515
The Flow Resistance and Heat Transfer Characteristics of Micro Pin-Fins with Different
Cross-Section Shapes
Zhigang Liu, Ning Guan, Chengwu Zhang, Guilin Jiang (Energy Research Institute of
Shandong Academy of Sciences, China)

IHTC15-9418/NMM-G-526
MD Simulation on Cryogenic Sublimation Dynamics of Dry Ice Nanoparticles
Yi-min Chen, Lin Chen, Xin-Rong Zhang (Peking University, China)

86General Sessions in Series
15th, Friday
Room H
Session 53 (G) [15:10 - 16:50]

Session 51 (H) [8:40 - 10:40]

NMM4 Nano/Micro Scale Measurement and Simulation (4)CND3Co-Chairs : Shigenao Maruyama & Masahiko Shibahara

Co-Chairs : Denis Maillet & Hajime Nakamura

IHTC15-9922/NMM-G-531
Adsorption/Desorption and Transport of Water in Two-Dimensional Hexagonal Mesoporous
SilicaHirofumi Daiguji, Kyohei Yamashita, Hideki Yanagihara (The University of Tokyo, Japan),
Akira Endo (National Institute of Advanced Industrial Science and Technology, Japan)

IHTC15-8419/CND-H-511
Determination of Thermal Contact Resistance Coefficients through Thermo-Mechanical
Simulation
Yona Frekers, Sarah Vieler, Simon van Buren, Marc Deppermann, Reinhold Kneer (RWTH
Aachen University, Germany)

IHTC15-9179/NMM-G-532
Series Study on the Thermal Transport Properties of Nanofilm by Applying Transient
Thermoreflectance Method
Weigang Ma, Xing Zhang (Tsinghua University, China), Keisuke Kubo, Masamichi Kohno,
Yasuyuki Takata, Tatsuya Ikuta, Koji Takahashi (Kyushu University, Japan)

IHTC15-9330/CND-H-512
High Thermal Conductivity Performance of Compressed Graphene Sheet Layers
Yuan-Xiang Fu, Xiao-Ming Wang, Dong-Chuan Mo, Shu-Shen Lu (Sun Yat-sen University,
China)

IHTC15-8343/NMM-G-533
Thermal Conductivity of Amorphous/Crystalline Silicon Nanowires and Superlattices
Konstantinos Termentzidis (LEMTA, France), Etienne Blandre (INSA de Lyon, France),
Arthur France-Lanord (Commissariat `a l’Energie Atomique et aux Energies Alternatives,
Saclay, France.), Valentin Jean (University of Lorraine, France), Samy Merabia, Tristan
Albaret (University of Lyon, France), David Lacroix (University of Lorraine, France)
IHTC15-8885/NMM-G-534
Synthesis and Thermal Conductivity of Monodisperse Hollow Silica Nanospheres
Tao Gao (Norwegian University of Science and Technology, Norway), Bjørn Petter Jelle(SINTEF Building and Infrastructure, Norway), Linn Ingunn Sandberg, Arild Gustavsen(Norwegian University of Science and Technology, Norway)
IHTC15-8366/NMM-G-535
Monte Carlo Simulations of the Thermal Properties of Silicon and Germanium Mesoporous
Nanostructures
Valentin Jean, Sebastien Fumeron, Konstantinos Termentzidis, David Lacroix (Université deLorraine, France)

Conduction (3)IHTC15-8596/CND-H-513
Study of Thermal Conductance in a Strip-Roll System
Jean-Marie Buchlin, M. Delsipée, Ph. Planquart (Von Karman Institute for Fluid Dynamics,
Belgium), M. Renard (DREVER Int. SA, Belgium)
IHTC15-8758/CND-H-514
The Influence of Deposited Metal Material Parameters on the Heat Transfer Process andFluid Dynamics in the Welding Pool
Lige Tong, Jingchen Gu, Shaowu Yin, Li Wang (University of Science & Technology Beijing,
China), Shiwu Bai (Pipeline Research Institute of China National Petroleum Corporation,
China)
IHTC15-8887/CND-H-515
Two-Region Fin Model Adjacent Temperature Profile Interactions
Louis Desgrosseilliers, Dominic Groulx, Mary Anne White (Dalhousie University, Canada)
IHTC15-8444/CND-H-516
Thermal Protection Design for Flight Data Recorders
Ruhul Amin Rana, Ri Li (University of British Columbia, Canada)

87

General Sessions in Series
15th, Friday
Session 52 (H) [12:50 - 14:50]
CND4Conduction (4)Session 53 (H) [15:10 - 16:50]
FLM

Film

Co-Chairs : Dominic Groulx & Shinji Kimijima

Co-Chairs : Katsunori Hanamura & Atsuki Komiya

IHTC15-9137/CND-H-521
Experimental Investigation on Unsteady Conjugate Heat Transfer Caused by Flow
Turbulence
Hajime Nakamura, Naoki Shiibara, Shunsuke Yamada (National Defense Academy, Japan)

IHTC15-9254/FLM-H-531
Thin Film Evaporation in Microchannel Membrane for Solar Vapor Generation
Ammar A. Alsheghri, TieJun Zhang (Masdar Institute of Science and Technology, UAE)

IHTC15-9556/CND-H-522
Conjugate Cooling of Protruding Heaters in a One Side Closed Duct by Impinging Flow
Ismael de Marchi Neto (Technological Federal University of Paraná, Brasil), Carlos Altemani(University of Campinas, Brasil)
IHTC15-9383/CND-H-523
Thermal Management Characteristics of Lithium-Ion Batteries According to the Arrangement
Hee Won Lee, Jong Hyeon Son, Il Seouk Park (Kyungpook National University, Korea)
IHTC15-9253/CND-H-524
Heat Transfer Analysis in Human Skin Subjected to Flash Fire: Investigation of Dual Phase
Lag Phenomenon
Uday Raj, Prabal Talukdar, Apurba Das, Alagiru Samy (Department of Textile Technology, IIT
Delhi, India)
IHTC15-9444/CND-H-525
Numerical Simulation on Coupling of Heat Conduction and Curing of Polymer Composite
with Finite Volume Method
Yan Yu, Pingjian Ming, Yafei Jiao, Xinyu Zhang (Harbin Engineering University, China)
IHTC15-8813/CND-H-526
The Mean Free Path of Gas Molecules in Confined Nano-Porous Structures
Gaosheng Wei, Lixin Wang, Xiaoze Du, Yongping Yang (North China Electric Power
University, China)

88

IHTC15-8899/FLM-H-532
Measurement of Liquid Film Thickness Formed between Colliding Twin Bubbles during
Coalescence Process
Takayuki Morokuma, Yoshio Utaka (Yokohama National University, Japan)
IHTC15-9537/FLM-H-533
Evaporation, Dynamics and Crisis Phenomena in Thin Liquid Films Sheared by Gas in a
Narrow Channel
Oleg Kabov, Dmitry Zaitsev, Yulia Kabova, Vyacheslav Cheverda (Kutateladze Institute ofThermophysics Siberian Branch of Russian Academy of Sciences, Russia)
IHTC15-9565/FLM-H-534
Modeling of Nanoporous Membranes for High Flux Thin Film Evaporation
Zhengmao Lu, Shankar Narayanan, Daniel Hanks (Massachusetts Institute of Technology,USA), Rishi Raj (Indian Institute of Technology Patna, India), Rong Xiao (Exxon Mobile,USA), Dion Antao, Evelyn N. Wang (Massachusetts Institute of Technology, USA)IHTC15-9671/FLM-H-535
Marangoni Effect in Heated Falling Liquid Film on a Vertically Confined Plate
Fang-Fang Zhang, Yu-Dong Ding, Xun Zhu, Hong Wang, Qiang Liao, Gan Song (Chongqing
University, China)

General Sessions in Series
15th, Friday
Room I
Session 51 (I) [8:40 - 10:20]

Session 52 (I) [12:50 - 14:30]

PMD5 Porous Media (5)PMD6 Porous Media (6)Co-Chairs : Peixue Jiang & Ken Okazaki

Co-Chairs : Naoto Haruki & Peter Vadasz

IHTC15-9617/PMD-I-511
Influence of Porous Cathode Microstructure on Overpotential Characteristics of Solid Oxide
Fuel Cells
Kota Miyoshi, Hiroshi Iwai (Kyoto University, Japan), Masashi Kishimoto (Imperial College,
London), Wataru Matsumoto, Motohiro Saito, Hideo Yoshida (Kyoto University, Japan)

IHTC15-8742/PMD-I-521
A Mathematical Model for a Boiling Process of Food Stuff Based on the Porous Media
TheoryTakao Yoshinaga (Osaka University, Japan), Tomoko Hara (Kobe Yamate College, Japan)

IHTC15-8665/PMD-I-512
Numerical Investigation of the Flow and Temperature Uniformity in the Reactor Core of a
Pebble Bed HTGR Using Porous Media Method
Xiawei Li, Qi Min, Xinxin Wu (Tsinghua University, China), Shixian Liu (Nuclear and Radiation
Safety Center, China)
IHTC15-8763/PMD-I-513
An Investigation of Anisotropic Structure of Wood-Derived Char Using X-Ray CT and Effectof Particle Aspect Ratio on its Gasification Reactivity
Teeranai Pattanotai, Ryota Nakano, Hirotatsu Watanabe, Ken Okazaki (Tokyo Institute ofTechnology, Japan)
IHTC15-9837/PMD-I-514
Surface Charge Effects on Reactive Transports in Microporous MediaLi Zhang, Moran Wang (Tsinghua University, China)
IHTC15-9073/PMD-I-515
Thermal Entrance Effects in a Thermoacoustic Stacked Screen Regenerator
Simon Bühler (University of Twente, Netherlands), Douglas Wilcox (Chart Industries-Qdrive,USA), Joris Oosterhuis, Theo van der Meer (University of Twente, Netherlands)

IHTC15-9730/PMD-I-522
Direct-Inverse Analysis of Heat Transfer in Micro-Models of Porous Media
Carolina Palma Naveira-Cotta (Federal University of Rio de Janeiro, Brazil)
IHTC15-8848/PMD-I-523
Modelling Heat and Mass Transfer in Porous Material during Pyrolysis Using Operator
Splitting and Dimensionless Analysis
Julien Maes, Ann Muggeridge, Matthew Jackson (Imperial College London, UK), Michel
Quintard (Institut de Mecanique des Fluides de Toulouse, France), Alexandre Lapene (Total,
S. A., France)
IHTC15-9108/PMD-I-524
Towards a General Spatial Averaging Procedure for Multi-Scale Flow Modeling in Heat
Transfer Devices with Repetitive Fin Structures
Geert Buckinx, Martine Baelmans (KULeuven, Belgium)
IHTC15-9217/PMD-I-525
Simulation of Multiphase Flow and Heat Transfer in Porous Media Using Lattice Boltzmann
MethodDongdong Wang, Jun Shen, Zhichun Liu, Wei Liu (Huazhong University of Science andTechnology, China)

89General Sessions in Series
15th, Friday
Room J
Session 53 (I) [15:10 - 16:30]
PMD7 Porous Media (7)Session 51 (J) [8:40 - 10:20]
SAT

Spray and Atomization

Co-Chairs : Gen Inoue & Theo van der Meer

Co-Chairs : Shuhei Inoue & Paolo E. Santangelo

IHTC15-9359/PMD-I-531
CO2 Trapping Phenomena in Porous Media of Geological Storage by Lattice Boltzmann
MethodSuguru Uemura, Atsuto Noda, Shohji Tsushima, Shuichiro Hirai (Tokyo Institute ofTechnology, Japan)

IHTC15-8859/SAT-J-511
Experimental and Theoretical Study on the Thermal Characteristics of Flashing Spray
Cooling Using R404a
Zhi-Fu Zhou, Bin Chen (Xi'an Jiaotong University, China), Guo-Xiang Wang (University of
Akron, USA)IHTC15-8734/PMD-I-532
Numerical Study of Physical Characteristic of Porous Media Containing Methane Hydrate
Using Pore Network Model
Jiagi Wang, Yongchen Song, Jiafei Zhao, Di Liu, Lei Yang, Zihao Zhu, Xiaoqing Chen (Dalian
University of Technology, China)

IHTC15-9805/SAT-J-512
Experimental Study on Heat Transfer Characteristics of Spray Cooling
Ni Liu (University of Shanghai for Science and Technology, China), Jingde Zhao (Donghua
University, China)

IHTC15-9025/PMD-I-533
Numerical Modeling of Three Dimensional Heat Transfer and Fluid Flow through Interrupted
Plates Using Unit Cell Scale
Chao Zhang, Terrence Simon, Perry Li, James Van de Ven (University of Minnesota, USA)IHTC15-9937/PMD-I-534
Performance of a Drainage Trench Employed as Ground Heat Exchanger
Michele Bottarelli (Università di Ferrara, Italy), Hikari Fujii (Akita University, Japan), Vittorio Di
Federico (Università di Bologna, Italy)

IHTC15-9821/SAT-J-513
Experimental Investigation of Enhanced Spray Cooling on Nano- and Hybrid Micro/NanoStructured Surfaces
Jiannan Chen, Zhen Zhang, Peixue Jiang (Tsinghua University, China)
IHTC15-9481/SAT-J-514
Thermal Behaviors of Droplet-Substrate in Thermal Spray New Applications
Guanghua Wei (Shanghai Jiao Tong University, China), Lili Zheng (Tsinghua University,
China), Changying Zhao (Shanghai Jiao Tong University, China), Sanjay Sampath (Stony
Brook Universtiy, USA)IHTC15-8977/SAT-J-515
The Effect of Liquid Mass Flow Rate on Heat Transfer for an Air-Water Atomizing Mist Jet
Cian Quinn, Darina Murray, Tim Persoons (Trinity College Dublin, Ireland)90General Sessions in Series
15th, Friday
Session 52 (J) [12:50 - 14:50]

Session 53 (J) [15:10 - 17:10]

CMB1 Combustion (1)CMB2 Combustion (2)Co-Chairs : Yoshihiro Deguchi & Yoshitaka Fukuyama

Co-Chairs : Juan Ramos & Hirotatsu Watanabe

IHTC15-8589/CMB-J-521
Effects of Local Flame Displacement Velocity on Turbulent Burning Velocity for
Stoichiometric Hydrogen-Oxygen-Dilution Gas Mixtures
Masaya Nakahara, Fumiaki Abe, Kenichi Tokunaga (Ehime University, Japan)

IHTC15-9164/CMB-J-531
A Numerical Study on the Combustion and Heat Transfer Characteristics of a Spark Ignited
Engine Applying Heat Insulation Coatings to the Combustion Chamber Wall Surface
Akira Kikusato, Jin Kusaka, Yasuhiro Daisho (Waseda University, Japan)

IHTC15-9097/CMB-J-522
Hydrogen Combustion in the Turbulent Boundary Layer on a Permeable Surface
Vladimir Lukashov, Vladimir Terekhov (Institute of Thermophysics SB RAS, Russia)

IHTC15-9980/CMB-J-532
On Heat Transfer in the Stabilization Zone of an Attached Methane Flame in Air Coflow
Sylvain Lamige, Cédric Galizzi, Manuel Kühni (Centre de Thermique de Lyon, France), Kevin
M. Lyons (North Carolina State University, USA), Frédéric André, Dany Escudié (Centre deThermique de Lyon, France)

IHTC15-8744/CMB-J-523
Effect of Ambient Pressure on Soot Formation in Oxy-Fuel Spray Jet Flame
Tomoaki Kitano, Jun Nishio, Ryoichi Kurose, Satoru Komori (Kyoto University, Japan)
IHTC15-9464/CMB-J-524
Role of CO2 in the Soot Formation and Reduction Mechanisms in CH4 Flat Flame Doped with
Toluene under O2/CO2 Environments
Hirotatsu Watanabe, Shunsuke Sugai, Ken Okazaki (Tokyo Institute of Technology, Japan)
IHTC15-9830/CMB-J-525
Relaxation Phenomena in Reaction-Diffusion Processes
Juan Ramos (Universidad de Malaga, Spain)
IHTC15-9466/CMB-J-526
Alternating Currents Enhanced PAHs Formation in Nonpremixed Jet Flames
Yuan Xiong, Minsuk Cha, Sukho Chung (King Abdullah University of Science and Technology,
Saudi Arabia)

IHTC15-9417/CMB-J-533
CFD Analysis of Stationary Fire Whirls and Moving Fire Whirls Crossing Over Barriers in
Urban Fires
Koyu Satoh, Naian Liu, Xiaodong Xie, Wei Gao (University of Science and Technology,
China)
IHTC15-9387/CMB-J-534
The Importance of Detail Reaction Mechanisms for Temperature Field Predictions ofCompartment Firs
Chun Yuen, Guan Heng Yeoh (University of New South Wales, Austlaria), Richard Kwok Kit
Yuen (City University of Hong Kong, Hong Kong), Victoria Timchenko (University of New
South Wales, Austlaria)
IHTC15-9238/CMB-J-535
Experimental and Numerical Study of a Cooled Rocket Combustion Chamber
Luc-Henry Dorey, Philippe Grenard, Lionel Matuszewski, Laurent Selle (Office Nationald'Etudes et de Recherches Aérospatiales, France)
IHTC15-8615/CMB-J-536
Research on Combustion Process in a Novel Microcombustor with Block Inserts
Wenming Yang, Dongyue Jiang, Kian Jon Chua, Kian Yong Chua (National University ofSingapore, Singapore)

91

General Sessions in Series
15th, Friday
Room K
Session 51 (K) [8:40 - 10:40]

Session 52 (K) [12:50 - 14:50]

TMG1 Thermal Management (1)TMG2 Thermal Management (2)Co-Chairs : Leong Kai Choong & Toshio Tomimura

Co-Chairs : Isao Satoh & Jessica Shi

IHTC15-8847/TMG-K-511
Thermal Performance of a Multi-Channel Heat Exchanger-Reactor
Xiaofeng Guo, Yilin Fan, Lingai Luo (Université de Nantes, France)

IHTC15-8553/TMG-K-521
Effect of Electrode Configuration on the Heat Transfer Performance of a Concentrated Heat
SourceChien-Jen Chen, Ing Youn Chen (National Yunlin University of Science and Technology,
Taiwan), Chi-Chuan Wang (National Chiao Tung University, Taiwan)

IHTC15-8938/TMG-K-512
Startup Characteristic of Loop Heat Pipes for Alpha Magnetic Spectrometer Cryocoolers
Naihua Wang, Zheng Cui, Feng Luo, Lin Cheng (Shandong University, China)
IHTC15-9354/TMG-K-513
Preliminary Experimental Study of Start-Up Behavior in Nitrated Gravity Heat Pipe
Yuting Wu, Qiang Meng (Beijing University of Technology, China), Yaxuan Xiong (Beijing
University of Civil Engineering and Architecture, China), Shanwei Liu, Wujun Cui, Chongfang
Ma (Beijing University of Technology, China), Deying Li (Beijing University of Civil
Engineering and Architecture, China)
IHTC15-9120/TMG-K-514
Fuel Cell Co-Generation System with Loop Heat Pipe Based Thermal Control
Randeep Singh, Masataka Mochizuki, Yuji Saito, Thang Nguyen, Zhen Guo, Masakazu
Ohashi, Tien Nguyen, Ehsan B. Haghighi, Vijit Wuttijumnong (Fujikura Ltd, Japan)
IHTC15-9656/TMG-K-515
An Experimental Analysis of an Open Loop Pulsating Heat Pipe Operating with a Dielectric
Working Fluid for Embedded Power Electronic Applications
Daniel Kearney, Omar Suleman (ABB Corporate Research, Switzerland), Justin Griffin(Aerogel Technologies, USA)IHTC15-9178/TMG-K-516
Experimental and Theoretical Study of Steady Non-Fourier Heat Conduction in
Free-Standing Gold Nanofilm
Hai-Dong Wang (Kyushu University), Xing Zhang, Zeng-Yuan Guo (Tsinghua University,
China)

92

IHTC15-8807/TMG-K-522
Thermal Contact Resistance of Gamma-Irradiated Metallic Foil and Carbon Nanotube
Thermal Interface Materials
Robert A. Sayer (Sandia National Laboratories, USA), Stephen L. Hodson (Purdue University,USA), Timothy P. Koehler, Scot E. Swanson (Sandia National Laboratories, USA), Timothy S.
Fisher (Purdue University, USA)IHTC15-8824/TMG-K-523
Experimental Investigation of Thermal Performance of Phase Change Material BasedComposite Heat Sink with Discrete Heat Sources
Srikanth Rangarajan, Chakravarthy Balaji (IIT MADRAS, India)
IHTC15-9032/TMG-K-524
Study on Heat Transfer Characteristics of Miniature/Micro Pins
Naoko Matsumoto, Toshio Tomimura, Yasushi Koito (Kumamoto University, Japan)
IHTC15-9071/TMG-K-525
Analysis of Space Environmental and ISS Parameters on the Thermal Behavior of AMS
Zheng Cui, Kun Wang, Naihua Wang, Jiwei Song, Qie Sun, Lin Cheng (Shandong University,
China)
IHTC15-9461/TMG-K-526
Characterization of Valveless Piezoelectrically-Actuated Micropumps with Novel Diffuser
Elements
Leicester Ehrlich, Jeff Punch (University of Limerick, Ireland), Nicholas Jeffers, Jason
Stafford (Alcatel-Lucent, Ireland)General Sessions in Series
15th, Friday
Session 53 (K) [15:10 - 16:50]
TMG3 Thermal Management (3)Co-Chairs : Kenichi Morimoto & Robert Sayer
IHTC15-8886/TMG-K-531
Solar PV Passive Temperature Control Using Phase Change Materials
Dominic Groulx (Dalhousie University, Canada), Pascal Henry Biwole (Université de Nice
Sophia-Antipolis, France)
IHTC15-9200/TMG-K-532
Photonic Structures Based Thermal Rectification: Toward Tunable Radiative Thermal
Rectifiers
Elyes Nefzaoui, Younes Ezzahri, Karl Joulain, Jeremie Drevillon (Institut Pprime, France)
IHTC15-9251/TMG-K-533
The Design & Characterization of a Miniature Shape Memory Alloy Valve for Passive
Thermal Management
Alistair Waddell, Jeff Punch (University of Limerick, Ireland), Jason Stafford, Nick Jeffers(Alcatel-Lucent Bell Labs, Ireland)
IHTC15-8913/TMG-K-534
Numerical Investigation of Thermal Management for Kilowatt Vanadium Redox Flow
Batteries
Baowen Zhang, Yuan Lei, Bofeng Bai (Xi'an Jiaotong University, China), Tianshou Zhao (TheHong Kong University of Science & Technology, China)
IHTC15-9311/TMG-K-535
An Entransy Dissipation-Based Method for Optimal Control of Variable Water Volume Heat
Exchanger Networks
Qun Chen, Yi-Fei Wang (Tsinghua University, China)

93General Sessions in Parallel
11th, Monday
Room B1

Session 11 (13:30 - 15:30)
Room B2

Room C1

Room C2

EVP1 : Evaporation, Droplet/
TPA : Two-Phase, Application FCV1 : Forced Convection (1)Spray/Liquid Film (1)Y. Hamamoto & Y. Nam
C. Baltis & A. Murata
K. Hirata & P. H. Oosthuizen
13:30 8581/EVP-B1-111 Vapor Flow
9100/TPA-B2-111 Experimental
9221/FCV-C1-111 Numerical
Effect on Falling Film Evaporation Investigation on a Closed Loop
Study of Heat Transfer
of R134a Outside Horizontal Tube Pulsating Heat Pipe in
Characteristics for Different Solar
Bundle,Hyper-Gravity Conditions,
Flux Distributions on Linear
W. Ji, C. Zhao, Y. He, G. Xi, W. Tao M. Mameli, M. Manzoni, L. Araneo, Fresnel Collector Absorber Tubes
S. Filippeschi, M. Marengoin Laminar Flow,
I.F. Okafor, J. Dirker, J.P. Meyer
13:50 9374/EVP-B1-112 Effect of Initial 9899/TPA-B2-112 Effects of Filling 8781/FCV-C1-112 Nonlinear
Temperature of a Hot Steel Plate
Ratio and Input Heat Flux on the
Characteristics of Periodically Fully
on Thermal Performance ofThermal Performance and Flow
Developed Flow in Cross-Flow
Impinging Jets during Quenching Pattern of a Pulsating Heat Pipe,
Tube Bundle,
Processes,
J. Lee, S. Kim
Q. Yong, M. Yang, Z. Wang, J.
T. Kim, K. Do, D. Oh, J. Lee, J.
Chen, D. Su, Y. Zhang
Park
1410 9732/EVP-B1-113 Influence of
9281/TPA-B2-113 Measurement of 9307/FCV-C1-113 Hybrid Solution
Dynamic Wettability on
Kinetic and Enthalpy of Chemical for Convection Heat Transfer of
Evaporation Kinetics ofReaction in Biphasic Millifluidic
Swirling Flows in Cylindrical Cavity
Microscopic Sessile Droplets,
Droplet Flow by InfraRedwith Rotating Top,R. Raj, E. N. Wang
Thermography,
C.C.S. Cruz, L.M. Pereira, E.
R. Marta, P. Christophe, T. Jean, H. Macêdo, J.N.N. Quaresma
Cindy, B.J. Christophe
14:30 9961/EVP-B1-114 The Effect of
9228/TPA-B2-114 Geometric9702/FCV-C1-114 Heat Transfer
Humidity in Ambient Gas on HTWs Structure of Segmented Flowon Sharp and Blunted Flat Plate atin Volatile Drops,
Networks,
Three-Dimensional Shock-Wave
Y. Fukatani, M. Kohno, Y. Takata,J. Stafford, N. Jeffers/Boundary-Layer Interaction,
K. Sefiane, J. Kim
V. Borovoy, I. Egorov, N.
Palchekovskaya

TTR1 : Turbulent Ttransport (1)

14:50 9504/EVP-B1-115 Drop Spreading 9893/TPA-B2-115 Analyticaland Evaporation on a Heated
Investigation of Oblique Shock
Substrate under Variable Gravity
Waves in Two-Phase Flow with
Conditions, O. Kabov, D. Zaitsev, Different Sound Speeds,
E. Gatapova, A. Semenov, E.
Y. Kawamura, M. Nakagawa
Bykovskaya, E. Karnauhova, V.
Ajaev, D. Feoktistov, G. Kuznetsov
15:10 9523/EVP-B1-116 Heat Transfer
and Interaction of Suspended
Droplets and Locally Heated Liquid
Layer,
O. Kabov, A. Fedorets, I. Marchuk

949252/FCV-C1-115 Numerical
Study of Critical Fire Merging
Distances in Square Arrayed
Multiple Fires,
K. Satoh, N. Liu, X. Xie, W. Gao

S. Kenjereš & M. Senda
8762/TTR-C2-111 Dynamic andThermal Characteristics of the
Mixing of Two Separated Flows
with Different Scales,
A. D`yachenko, V. Terekhov, Y.
Smulsky, N. Yarygina

Room D

Room EBMA1 : Bio and Medical
Applications (1)B. Chen & Y. Yamada
8489/BMA-E-111 A Study on theTemperature Profile and Thermal
Damage in Human Skin Tissue,
I. Im, S. Youn, D. Ko

9325/TTR-C2-112 Effects of a
Stepwise Change in Thermal
Boundary Conditions on Heat
Transfer Characteristics in a
Turbulent Boundary Layer
Developing on a Flat Plate,T. Houra, Y. Nagano, M. Tagawa
9647/TTR-C2-113 Control ofMomentum and Heat Transport ina Heated Axisymmetric Jet by
Means of Vortex Generators,
K. Miura, K. Nagata, Y. Sakai, O.
Terashima, Y. Ito9884/BMA-E-112 Estimation of
Blood Perfusion Rate and Its
Temperature Dependency in
Human Abdominal Area under
Heating Condition,
J. Okajima, T. Okabe, T. Sugiura,
A. Komiya, T. Seki, S. Maruyama9715/BMA-E-113 Tumor Ablation
with Near-Infrared Radiation Using
Localized Injection of
Nanoparticles,
A. Paul, N.K. Bandaru, A.
Narasimhan, S.K. Das

10000/TTR-C2-114 Verification
and Validation of Three Different
CFD Codes in Simulating Mixed
Convection Flows Using Two
Advanced Eddy-Viscosity Models,A. Keshmiri

8772/BMA-E-114 State Estimation
Problem in Hyperthermia
Treatment of Tumors Loaded with
Nanoparticles,
B. Lamien, H.R.B. Orlande, G.E.
Eliçabe, A.J. Maurente

8699/TTR-C2-115 Effect of Shark
Skin Textures on Entropy
Generation for Turbulent Channel
Flow and Heat Transfer Problems,
Y. Jin, H. Herwig

9350/BMA-E-115 3-D Investigationof Thermal-structure Analysis in a
Kidney during Cold Perfusion,
K. Zhu, Y. Wang, F. Liang, Y. Zhang

9892/TTR-C2-116 Drag Reductionof Thermally Stratified Flow in a
Horizontal Pipe,
K. Kobayashi, S. Nakajima, Y.
Kimura9624/BMA-E-116 Colloidal
Magnetic Clusters forHyperthermia Heating,
R. Fu, Y. Yan

General Sessions in Parallel
Session 11 (13:30 - 15:30)
Room F

Room G

Room HMTR1 : Mass Transfer and
PPE : Photon, Phonon and
MLT : Molecular Transport
Drying (1)Electron Transport
M. Quintard & K. Takeishi
P. Ben-Abdallah & M. Matsumoto Y. Chen & T. Ohara
13:30 8582/MTR-F-111 Surface
8551/PPE-G-111 The Effect of
8513/MLT-H-111 MolecularTension-Driven Flows within Drying Distributions of Nanoparticles on
Dynamics Study on Influences ofPaint Films,
Thermal Conductivity ofSurface Structural Characteristics
N. Saranjam, S. Chandra, J.
Nanocomposites,on Thermal Energy Transport over
Mostaghimi, H. Fan, J. Simmer
J. Zhang, B. Shi, Y. Xuan
Liquid-Solid Interfaces,
M. Shibahara, R. Toda, S.
Murakami, T. Ohara
13:50 9024/MTR-F-112 Application of
8641/PPE-G-112 Circuits for9055/MLT-H-112 Molecular
Entransy in Match Property ofThermal Light,
Dynamics Investigation on the
Liquid Desiccant Dehumidification, P. Ben-Abdallah S.-A. Biehs
Wetting Process of Liquid Droplet
L. Zhang, X. Liu, Y. Jiangon a Solid Surface,
E. Arakaki, S. Nishida, D. Surblys,
Y. Yamaguchi, K. Kuroda, M.
Kagawa, T. Nakajima, H. Fujimura
14:10 8746/MTR-F-113 MRI
9038/PPE-G-113 A New
8514/MLT-H-113 Photon
Measurement and Numerical
Theoretical Model of Selectively
Upconversion Based onModeling of Moisture Transport in Photothermolysis to Aid Laser
Inter-Molecular Energy Transfer in
Microwave Vacuum Drying ofTreatment of Poor Responding
Ionic Liquids: A Technology for
Porous Media,
Port Wine Stain Blood Vessels,
Utilizing Sub-Bandgap Wasted
T. Tsuruta, H. Tanigawa
D. Li, B. Chen, G. Wang, W. Wu, Y. Solar Energies,He
Y. Murakami, A. Kawai
14:30 8875/MTR-F-114 Investigation of
9156/PPE-G-114 Thermal
9635/MLT-H-114 Heat Transferred
Heat Transfer within an Array of
Conductivity Calculation of
from Cold to Hot in Near-Critical
Impinging Jets with Local
Magnesium Silicide Alloys by
Fluids under Low Gravity,
Extraction of Spent Fluid,
Lattice Dynamics and Molecular
G. Hu, H. Wang, Z. Guo
P. Cavadini, P. Scharfer, W.
Dynamics Methods,
SchabelT. Shiga, T. Murakami, T. Hori, K.
Esfarjani, J. Shiomi
14:50

15:10

Room I

11th, Monday
Room J

TPP1 : ThermophysicalCDS1 : Condensation (1)Properties (1)D. Tang & A. Yoshida
D. Del Col & N. Ono8453/TPP-I-111 Method for8481/CDS-J-111 A Literature
Predicting Spatial Distribution of
Overview on Condensation Heat
Formation ThermophysicalTransfer of Ammonia on theProperties from Temperature Logs, Outside of Tubes,
W. Cheng, Y. Nian, Y. Huang, C.
K. Spindler
Zhang

Room K

EES1 : Energy Environmental
Systems (1)T. Laneryd & S. Nomura
8948/EES-K-111 Heat Recovery in
Difficult "Polluted Flue Gas
Applications" in Waste to Energy
Systems,
P. Stehlik, V. Turek, Z. Jegla, B.
Kilkovsky

9572/TPP-I-112 Analysis of10516/CDS-J-112 Versatile8662/EES-K-112 Investigation on
Improved Lumped Models for
Models for Condensation of Fluids the Process of CO2 Diffusion andEstimating the Thermal
with Widely Varying Properties
Mass Transfer in Oil-Saturated
Conductivity Augmentation infrom the Micro to Macroscale,Porous Media Using MRI,
Composite Materials,
S. Garimella, B.M. Fronk, J.A.
Y. Zhao, Y. Song, M. Hao
D. Moreira, M.C. Telles, L.C.
Milkie, B.L. Keinath
Nunes, L. Sphaier8568/ TPP-I-113 Modeling Thermal 9112/CDS-J-113 A New
9294/EES-K-113 Effect ofConductivity of Natural Rubber with Condensation Heat Transfer Model Boundary Conditions andCarbon Black,
Based on the Flow Regime in a
Ventilator Size on the Natural
J. Song, L. Ma, Y. He, W. Li, S. Yao Nearly Horizontal Pipe,
Convection in a Naturally
T. Ahn, J. Jeong, K. Kang, J.
Ventilated Greenhouse,
Cheon, B. Yun
S. Kruger, L. Pretorius

8626/TPP-I-114 The Effect of
9536/CDS-J-114 Numerical
Porous Media Properties on
Simulation of Heat and Mass
Effective Thermal Conductivity of Transfer Processes in Air-Cooled
Tetrahydrofuran Hydrates andCondenser,
Evaluation of Existing Prediction
V. Artemov, K. Minko, G. Yankov
Correlations, L. Yang, J. Zhao, Y.
Song, W. Liu, Y. Liu, Y. Zhang, D.
Wang, M. Yang, J. Wang9064/PPE-G-115 In-Plane Thermal 9499/MLT-H-115 A Coupling8646/TPP-I-115 Intriguingly High9958/CDS-J-115 A Numerical
Conductivity of Si Thin Films from Scheme of Lattice Boltzmann
Thermal Conductivity
Study of Condensation on
First-Principles Calculation,
Method and Finite Volume Method Enhancement of Graphene
Asymmetric Microsturctures,
X. Wang, B. Huang
for Multi-Component Diffusion
Nanoplatelets Contained PolyS. Natesh, V. Narayanan, S.
Processes,(Methyl Methacrylate) Composites, Bhavnani
Z. Tong, Y. He, W. Yang, W. Tao
W. Yu, H. Xie, X. Zhou, Y. Li, L.
Chen
8688/TPP-I-116 Characterization
9361/CDS-J-116 Dragof Thermal Transport in Carbon
Experimental Studies ofNanotube Yarns,
Condensation Heat Transfer in an
J. Wang, S. He, J. Bao, X. Zhang, Inclined Microfin Tube,
J. Yang, Y. Chen
A.O. Adelaja, J. Dirker, J.P. Meyer

9011/EES-K-114 Multi-Scale
Modeling and Approximation
Assisted Optimization of Bare Tube
Heat Exchangers,
D. Bacellar, J. Ling, V. Aute, R.
Radermacher, O. Abdelaziz
9639/EES-K-115 Heat Balance ofAnti-Season Ice Cave,
L. Shu, S. Jin, S. Huang, X. Qian,
X. Wang, K. Tan, Y. Liang, J. Tan

8280/EES-K-116 Energy-Based
Assessment of Optimal Operating
Parameters for Coupled Biochar
and Syngas Production in Stratified
Downdraft Gasifiers,
G. Allesina, S. Pedrazzi, E. La
Cava, M. Orlandi, M. Hanuskova,
C. Fontanesi, P. Tartarini

95

General Sessions in Parallel
11th, Monday
Room B1

EVP2 : Evaporation, Droplet/
Spray/Liquid Film (2)O. A. Kabov & M. Monde
16:00 8367/EVP-B1-121 Spray Coolingby Gently-Deposited Droplets:
Experiments and Modeling of
Heat-Transfer Mechanisms,
P.E. Santangelo, M.A. Corticelli, P.
Tartarini
16:20 8936/EVP-B1-122 Modelling ofBiodiesel and Diesel Fuel Droplet
Heating and Evaporation,
S.S. Sazhin, M. Al Qubeissi, M.R.
HeikalSession 12 (16:00 - 18:00)
Room B2

Room C1

TPB : Two-Phase,
FCV2 : Forced Convection (2)Boiling/Condensation
S. J. Kim & Y. Utaka
Z. Kawara & M. S. Kim
8958/TPB-B2-121 Flow Boiling
9135/FCV-C1-121 Simultaneous
Heat Transfer in Small Cross
Thermal and Flow Measurements
Section Area Tube with R134a and in a Boundary Layer by Using
R32,
High-speed Infrared Thermograph
F. Ramirez-Rivera, F. Vera-García, and PIV Combined System,
J.R. García-Cascales,
S. Yamada, H. Nakamura
F. Illán-Gómez
8598/TPB-B2-122 Nucleation Site 8497/FCV-C1-122 Laminar,
Interactions in Upward Flow Boiling Transitional, and Turbulent Mixed
Experiments,
Convective Heat Transfer from a
C. Baltis, C.W.M. van der Geld
Thin Inclined Plate Having a
Uniform Surface Heat Flux,
P.H. Oosthuizen

Room C2

TTR2 : Turbulent Transport (2)A. Keshmiri & M. Tagawa
8909/TTR-C2-121 Effects of
System Rotation on Transitional
Boundary Layer,
O. Iida, K. Noto

9516/TTR-C2-122 Concurrent
Large-Eddy Simulation of Wall-Jet
Heat Transfer Enhanced by
Systematically- Deformed
Turbulence Promoter,
Y. Oda, K. Takeishi

Room D

Room EMNF : Manufacturing

T. Saito & Y. Xuan
8586/MNF-E-121 Mass
Spectroscopy of Intermediate
Products Involved in Chemical
Vapor Deposition Synthesis of
Carbon Nanotube,
S. Inoue, D. Nakahara, Y. Oga, Y.
Matsumura
9843/MNF-E-122 Development of
an in-Plane Thermal Diffusivity
Measurement Method with a
Lock-in Thermography andApplication to High Thermal
Conductive CFRPs,
T. Ishizaki, H. Nagano
8623/MNF-E-123 High Thermal
Conductive Graphite Films fromThin Polymer Films,
A. Tatami, M. Tachibana, T. Yagi,
M. Akoshima, M. Murakami

16:40 9287/EVP-B1-123 Comparative8790/TPB-B2-123 Numerical
Study of the Cooling of a Hot
Investigation of Taylor-Bubble
Temperature Surface Using Sprays Characteristics during Flow Boilingand Liquid Jet,
in a Square Minichannel,
A. Labergue, T. Aiguier, M.
A. Pattamatta, M. Freystein, J.
Gradeck, F. Lemoine
Dietl, P. Stephan8755/FCV-C1-123 ThreeDimensional Turbulent Convection
inside a Parallelepiped with Two
Heated Vertical Walls,
V.I. Terekhov, A.L. Ekaid

9676/TTR-C2-123 Operation of
Functional Fluid by Local Wall
Heating in a Drag-Reducing
Surfactant Solution Flow,
S. Hara, S. Kawada, T. Tsukahara,
Y. Kawaguchi

17:00 9581/EVP-B1-124 An
Experimental Study of the
Leidenfrost Transition for Water on
Nanostructured Superhydrophilic
Surfaces,
J. Padilla, V. Carey

9377/FCV-C1-124 Entrainment
Process in the Vicinity of Pool Fireunder Ventilation Condition,
Y. Hattori, K. Matsuyama, H. Suto,
E. Onuma, S. Okinaga

9788/TTR-C2-124 Direct
Numerical Simulation on the
Effects of Amplitude andHydrophilicity of Wavy Wall on
Turbulent Heat Transfer and Drag,
R. Akaiwa, A. Nishida, Y. Hagiwara

9223/MNF-E-124 Experimental
Investigation of the Work Piece
Temperatures in Dry Orthogonal
Metal Turning,
M. Deppermann, H. Puls, M.
Burghold, R. Kneer, F. Klocke

8962/FCV-C1-125 Experimental
Research of Adiabatic Wall
Temperature Influenced by
Separated Supersonic Flow,
S. Popovich, K. Egorov, U.
Vinogradov

9552/TTR-C2-125 Impinging Jet
Passive Control for Wall Shear
Stress Enhancement,
K. Sodjavi, B. Montagné, F. Bode,
M. Kristiawan, I. Nastase, A.
Meslem9077/MNF-E-125 FourDimensional Flow Measurementsof UV Curable Resin at a
Thermally-Assisted Nanoimprint
Process,
M. Asano, N. Unno, S. Satake, J.
Taniguchi

8999/TPB-B2-124 Experimental
Investigation of Hydrodynamics
and Flow Boiling Heat Transfer in
Minichannels at High Reduced
Pressure,
A. Belyaev, A.V. Dedov, A.N.
Varava, A.T. Komov
17:20 9140/EVP-B1-125 Visual8956/TPB-B2-125 Two-Phase
Observation of Liquid-Solid
Flow Pressure Drop of R1234yf
Contact Situations on Superheated and R134a in a Mini-Channel
Surface Cooled by Liquid Jet orMultiport Tube,
Spraying,
F. Vera-García, A. Lopez-Belchí,
N. Nagai, H. Onishi, H. Nikaido, Y. F. Ramírez-Rivera, J.R.
Serizawa
García-Cascales, F. Illán-Gómez
17:40 9419/EVP-B1-126 Effect ofMarangoni Flow on the
Evaporation Rate of Sessile
Droplets,
D. Hu, H. Wu, Z. Liu

968416/TTR-C2-126 Multi-scale
Second Moment Modelling of
Turbulence and Heat Transfer in
Porous Media,
Y. Kuwata, Y. Sakurai, K. Suga .

General Sessions in Parallel
Session 12 (16:00 - 18:00)
Room F

MTR2 : Mass Transfer andDrying (2)G. Rosengarten & T. Tsukada
16:00 9089/MTR-F-121 Direct Numerical
Simulation Modeling ofMultidisciplinary Transport during
Li-Ion Battery Charge/Discharge
Processes,
F. Jiang, J. Zeng, W. Wu, P. Peng

Room GFCL : Fuel Cell

J. Jeong & R. Matsumoto
8816/HEX-G-121 Numerical
Simulation of ComplicatedChevron Plates Passages,
H. Luan, W. Tao, G. Zhu, B. Chen,
S. Wang

A. Fly & S. Tsushima
9494/FCL-H-121 Optimization of
Oxygen and Proton Transfer in
Heterogeneous PEFC Catalyst
Layer by Controlling Local Carbon
Black Aggregate Structure,
G. Inoue, S. Baba

16:20 9185/MTR-F-122 Effect of Velocity 8647/HEX-G-122 Investigation ofand Evaporation on Nonthe Flow Distribution for
Isothermal Meniscus in a Capillary, Supercritical Carbon Dioxide Fluid
A. Voirand, A. Benselama, Y. Bertin in a Plate Heat Exchanger,
Y. Tang, C. Chu, Y. Lin, R. Sian, C.
Wang
16:40 9351/MTR-F-123 Effect of Module
Inclination Angle on Air Gap
Membrane Distillation,
D.E.M. Warsinger, J.
Swaminathan, J.H. Lienhard V

Room HHEX1 : Heat Exchanger (1)Room ITPP2 : Thermophysical
Properties (2)K. Miyazaki & C. Pradere
8806/TPP-I-121 Measurement of
Temperature Distribution for theHydrate Formation andDissociation in Porous Media,
M. Yang, Y. Song, L. Jiang, S.
Wang, Y. Zhao, J. Zhao

9267/FCL-H-122 Measurements of 9395/TPP-I-122 Experimental
the Temperature Distribution of a
Measurement on Spectral
PEMFC Catalyst Layer Using an
Properties of Quartz at HighUltra Thin Thermocouple Array,
Temperature,
T. Araki, T. Sugimoto
S. Zhang, Q. Ai, X. Xia

9411/HEX-G-123 A Computer
Model for Simulation of Drying andPreheating of Wet Iron ore in a
Rotary Kiln,
A. Agrawal, P. Ghoshdastidar

9176/FCL-H-123 Study on the
Effect of Micro Porous Layer on
Water Transport Phenomena in
PEFC by Using NeutronRadiography, H. Murakawa, K.
Sugimoto, N. Kitamura, H. Asano,N. Takenaka, Y. Saito
17:00 9151/MTR-F-124 Experimental
8503/HEX-G-124 Effect of Sand
9587/FCL-H-124 Effect of Heat
Investigation of Interfacial
Fouling on Compact Fin Heatand Mass Transfer andTemperature Evolution during
Exchangers,
Electrochemistry on Performance
Evaporation of Sessile Droplet,
S. Obadina, J. Fody, S. Dessiatoun, in Solid Oxide Fuel Cell Stacks,
M. Still, T. Gambaryan-Roisman, P. M. Ohadi, A. Shooshtari
R. Nishida, S. Beale, J. Pharoah
Stephan
17:20

9412/HEX-G-125 Thermal
Performance and Characteristicsof Spiral-Tube Ground Heat
Exchanger for Ground-Source
Heat Pump,
J. Haddada, A. Miyara

17:40

9149/HEX-G-126 Comparison
9078/FCL-H-126 Flow Distribution
between the Thermal Performance Uniformity Evaluation in kW-Rangeof Single and Two-Layer
Direct Methanol Fuel Cell Stack,Microchannels Inserted with Micro Y. Nakano, Y. Morimatsu, Z. Guo,
Pin Fins,
M. Ohashi, M. Mochizuki
O.O Adewumi, T. Bello-Ochende,
J.P. Meyer

9440/FCL-H-125 Towards theMicrostructural Optimisation ofSolid Oxide Fuel Cell Electrodes,
M. Kishimoto, M. Lomberg, E.
Ruiz-Trejo, N. Brandon

9451/TPP-I-123 Raman Spectra
Method for Determining Viscosityof Supercritical Fluids,
Q. Li, X. Zhang

11th, Monday
Room J

CDS2 : Condensation (2)A. Miyara & V. Narayanan
9363/CDS-J-121 Experimental
Investigation on Pressure Dropand Friction Factor in Tubes at
Different Inclination Angles during
the Condensation of R134a,
A.O. Adelaja, D.R.E. Ewim, J.
Dirker, J.P. Meyer
8645/CDS-J-122 A New Flow
Pattern Based General Correlationfor Heat Transfer during
Condensation in Horizontal Tubes,
M. ShahRoom K

EES2 : Energy Environmental
Systems (2)G. Allesina & C. Dang
9567/EES-K-121 Analysis ofThermo-Hydraulic Couplings in a
Heat Pump Water Heating System,
G. Segond, S. Launay, L. Tadrist

9058/EES-K-122 PIV
Measurement of Heat Transfer
Deterioration Phenomena,
H. Nakaharai, A. Yamada, R.
Shigenaga

8873/CDS-J-123 Steam Flow8895/EES-K-123 The Impact ofCondensation in Semi-Circular and Thermal Engineering Research on
Square Mini-Channels
Global Climate Change,
M. Derby, Y. Peles, M.K. Jensen
P. Phelan, O. Abdelaziz, T.
Otanicar, B. Phelan, R. Prasher, R.
Taylor, H. Tyagi

8213/TPP-I-124 Reconstruction of 10018/CDS-J-124 Condensation 9246/EES-K-124 CFD Study ofThermal Boundary Resistance and in Mini and Microchannels: Effect Non-Guided Laminar Mixed
Intrinsic Thermal Conductivity ofof Diameter, Shape, Inclination and Convection of a High Prandtl
SiO2-GaN-Sapphire Structure and Fluid Properties,
Number Fluid in a Transformer
Temperature Dependence,
S. Bortolin, D. Del Col
Winding-Like Geometry,
Z. Wang, Y. Ma, G. Yao, X. Tian, D.
T. Laneryd, J. Kraneborg, Y. Jiao,
Tang
A. Gustafsson
9128/TPP-I-125 Development of a 10015/CDS-J-125 Condensation 9019/EES-K-125 A Study on the
Thermal Measurement Technique Heat Transfer of a Non-Azeotropic Prediction of Solar Insolation andfor Detection of Localized Filler
Mixture in a Single Minichannel,
Its Effects on Building Heating
Distribution within a Polymer
D. Del Col, M. Azzolin, S. Bortolin, Load,
Composite,
C. Zilio
S. Yoo, T. Kim, K. Han
D. Oh, J. Park, O. Kim, S. Park9033/CDS-J-126 Condensation
Heat Transfer Characteristics on A
Micro-Structured Surface with
Wettability Gradient,
A. Tokunaga, M. Mizutani, G.
Nagayama, T. Tsuruta

9883/EES-K-126 Domestic
Passive Ventilation with Heat
Recovery (PVHR): Performance
Criteria, Tests and Operational
Variations,T. Lipinski, S. Lee, P. RN Childs

97General Sessions in Parallel
12th, Tuesday
Room B1

EVP3 : Evaporation, Droplet/
Spray/Liquid Film (3)V. Carey & H. Ohtake
09:40 8637/EVP-B1-211 Heat Transfer
Characterization during Transient
Boiling,
N. Baudin, C. Colin, P. Ruyer, J.
Sebilleau

Session 21 (09:40 - 11:40)
Room B2

SOL1 : Solar Energy (1)Room C1

Room C2

Room D

Room EMIN1 : Measurement and
NMS : NEMS/MEMS
ADS : Adsorption and
INV : Inverse Problems
Instrumentation (1)Desorption
A. Komiya & Y. Mitsutake
Y. Murakami & E. Wang
N. Ninomiya & B. Remy
A. Ueno & C. Yang
S. Koyama & Z. X. Yuan
8410/SOL-B2-211 Design and
8678/MIN-C1-211 An Investigation 8752/NMS-C2-211 Development9289/ADS-D-211 Design and
9796/INV-E-211 Parameter
Estimation Using Heat Transfer
Analysis of a Rooftop Solarof Wall Temperature Characteristics of a Mini-Channel Gas Separator Performance Analysis of an
Models with Experimental Data
Furnace,to Improve the Evaluation Method Utilizing Soret Effect,
Advanced Thermal Battery for
Using a Combined Ann-Bayesian
R. Taylor, M. Yang, A. Bandara, K. for Thermal Fatigue at a T-Junction N. Ono, T. Wako, T. Higurashi, S.
Electric Vehicle Climate Control,
Approach,Morrison, A. Ashraf, E. Hawkes
Pipe,
Matsumoto
S. Narayanan, X. Li, S. Yang, I.
N. Gnanasekaran, Nithin, C. Balaji
K. Miyoshi, A. Nakamura, N.
McKay, H. Kim, E. Wang
Takenaka
10:00 8766/EVP-B1-212 Propagation
8072/SOL-B2-212 Development of 8703/MIN-C1-212 High Speed
9313/NMS-C2-212 Fabrication and 8866/ADS-D-212 Effects of the9577/INV-E-212 Recovering the
Dynamics of Self-SustainedConcentrating System ofObservation and Measurement of Visualization of a Micro Pulsating Induced Charge on CO2
Front Surface Temperature of
Evaporation Front and
Dye-Sensitized Solar Cell with a
Surface Temperature and Surface Heat Pipe,
Adsorption in Cu-BTC at Different Metallic and Composite Targets
Characteristics of Small-Scale
Heat Exchanger,
Heat Flux during Impact of aK. Yang, Y. Cheng, M. Jeng, K.
Temperature: A Combined
Subject to Localized Heating via
Perturbations at the Interface,
Y. Kim, Y. Kim, S. Park
Droplet on Hot Surface,
Chien, J. Shyu
Experimental and Molecular
Inverse Heat Transfer Modeling,
V. Zhukov, A. Pavlenko, M.
S. Illias, M. Nasim Hasan, Y.
Simulation Study,
Y. Zhang, J. Chen, Z. Feng
Moiseev, D. Kuznetsov
Mitsutake, M. Monde
H. Wang, Z. Qu, W. Zhang, W. Tao
10:20 8439/EVP-B1-213 Experimental
9580/SOL-B2-213 Analysis of8290/MIN-C1-213 New
9625/NMS-C2-213 The Influence 9555/ADS-D-213 Theoretical and 9764/INV-E-213 Research andStudy of Pulsed and Steady State Regenerative Thermal Storage
Methodology and Apparatus for the of Surface Electric Charge on
Experimental Studies on
Development of Heat Flux Sensor
Confined Subcooled Jet
Geometries for Solar Gas
Thermal Characterization of
Water Freezing,
Characteristics of Adsorption
for Thermokinetic Processes,
Impingement Boiling,
Turbines,
Semi-Crystalline Thermoplastics in J. Zhou, X. Zhang, M. Chen
Performance of Desiccant Rotor
O. Alifanov, S. Budnik, A.
S. Abishek, R. Narayanaswamy, V. P. Klein, T. Roos, J. Sheer
Extreme Conditions,Applied to Desiccant Heat Pump, Nenarokomov, A. Netelev
Narayanan
B. Pignon, X. Tardif, V. Sobotka, N.
S. Feng, N. Nakagawa, T. Koyano,Boyard, D. Delaunay
C. Dang, E. Hihara
10:40 8347 EVP-B1-214 Flow inside
9162/SOL-B2-214 Mathematical8749/MIN-C1-214 The
9130/NMS-C2-214 Effect of Wall
9051/ADS-D-214 Inclusion of9532/INV-E-214 A Non-Intrusive
Evaporating Water Sessile Drop: A Modeling of Radiative Heat
Freestanding Sensor-%DVHGȦ
Structures on Nano-Channel
Non-Isothermal Effects in Modeling Inverse Problem Technique for the
Numerical Study,
Transfer Process in HighTechnique for ThermophysicalFlows,
Electrochemical Kinetics ofIdentification of Contact Failures in
C. Bouchenna, M. Ait Saada, S.
Temperature Solar Power Plant,
Properties Characterization,
H. Yasuoka, T. Imae, M. Kaneda,
Contaminated PEM Fuel Cell
Double-Layered Composites,
Chikh, L. Tadrist
V. Leonov, A. Bannikov, I.
L. Qiu, X. Zheng, P. Yue, M. Liu, D. K. Suga
Electrodes,
L. Abreu, C. Alves, M. Colaco,
Zharenov
Tang
S. Hasmady, K. Fushinobu
H.R.B. Orlande
11:00 8693 EVP-B1-215 Heat Transfer
8054/SOL-B2-215 Hybrid Device
and Crisis Phenomena
for CPV Power Generation andDevelopment at Boiling andHeating,
Evaporation in Falling Liquid Film D. Lee, S. Baek
at Stepwise Heat Generation,
A. Pavlenko, A. Surtaev, I.
Starodubtseva
11:20 8652/EVP-B1-216 Capillary and8611/SOL-B2-216 Design andThermal Performance of Advanced Analysis of a Low-Profile,Multi-Height Micropost Evaporator Concentrating Solar Thermal
Wicks,
Collector,
S. Ryu, W. Lee, Y. Nam
Q. Li, C. Zheng, X. Gu, A.
Woffenden, G. Rosengarten, E.
Hawkes, M. Yang, R. Taylor

988725/MIN-C1-215 Method to9508/NMS-C2-215 Enhanced Flow 9392/ADS-D-215 A Measurement
Analyze the Spatial Current
Boiling Heat Transfer in
Method of Adsorption/Desorption
Distribution in an Operating PEFC Microchannels with Structured
Rate Controlled by Adsorbent
Based on NMR Measurement
Surfaces,
Temperature in Moist Air ofUsing Small Planar Surface Coils, Y. Zhu, D. Antao, K. Chu, T.
Atmospheric Pressure,
K. Ogawa, Y. Yokouchi, T. Haishi, Hendricks, E. Wang
T. Ouchi, Y. Hamamoto, H. Mori
K. Ito9775/MIN-C1-216 Study of9623/ADS-D-216 Molecular
Thermal Characteristics of Power
Simulation of CO2 Sorption on
Mosfet Package under Body-Diode
Mesoporous Material Fillled withand Saturate Test Conditions,
Polyethylenimine,
Y. Luo, Y. Kajita, T. Hatakeyama, S.
J. Li, W. Wang, J. Ding
Nakagawa, M. Ishizuka

9473/INV-E-215 Retrieval of
Geometric Structure of Internal
Defect in Two-Dimensional
Semi-Transparent Media underLaser Irradiation Using the
RDS-PSO, H. Qi, Z. He, T. Jia, B.
Zhang, L. Ruan
9190/INV-E-216 Estimation of theHeat Transfered to a Fluid in a
Minichannel by an Inverse
Technique,
W. Al Hadad, Y. Rouizi, Y. Jannot,
B. Rémy, D. Maillet

General Sessions in Parallel
Session 21 (09:40 - 11:40)
Room F

FCV3 : Forced Convention (3)Room GHEX2 : Heat Exchanger (2)T. Houra & X. R. Zhang
K. Inaoka & G. Ziskind
09:40 8965/FCV-F-211 Experimental
8536/HEX-G-211 Flow andInvestigation of the Heat Transfer Thermal Performance of Graphite
Process at a Gas-Dynamic Method Foam Dimpled Fin Heatof Energy Separation,
Exchangers,
A. Zditovets, U. Vinogradov, A.
W. Lin, G. Xie, B. Sunden, Q.
Titov
Wang
10:00 9225/FCV-F-212 Heat Transfer
9007/HEX-G-212 Entropy
and Pressure Drop Characteristics Generation Minimization Analysis
in the Annuli of Tube-in-Tube Heat of Passive and Active
Exchangers (Horizontal Lay-Out), Magnetocaloric Regenerators,
F.P.A Prinsloo, J. Dirker, J.P. Meyer P. Trevizoli, D. Alcalde, J. Barbosa
10:20 9107/FCV-F-213 Gas-Dynamic
Temperature Stratification in aCompressible Low-Prandtle Gas
Flow on a Permeable Wall,
M. Makarov, V. Naumkin9144/HEX-G-215 Quantitative
Estimation of Frost Formation on
Plate-Fn Tube Heat Exchanger by
Neutron Radiography,
R. Matsumoto, T. Yoshimura, H.
Umekawa, T. Ami, D. Ito, Y. Saito

Room I

Room J

9220/TPP-I-213 Diffusion of
Carbon Dioxide in Decane by MRI
Technique,H. Min, Y. Song, Y. Zhao, Y. Liu, B.
Su, L. Jiang, X. Zhou, L. Tang

9887/CDS-J-213 Study on
Computational Method of Filmwise
Non-Equilibrium Condensation,
T. Ohshima, T. Kajishima

Room KEEC1 : Electronic Equipment
TPP3 : ThermophysicalCDS3 : Condensation (3)ECS : Energy Conversion andCooling (1)Properties (3)StorageY. Okumura & Y. Wei
M. Baelmans & S. Nakagawa
S. Kabelac & Y. Takata
Y. Abe & X. Ma
8910/EEC-H-211 Transient Thermal 9050/TPP-I-211 Tailoring Radiative 9602/CDS-J-211 In-tube
9174/ECS-K-211 Study on the
Behavior of the Micro-processor
Property of Two-Dimensional
Condensation of Low GWP Mixture Improvement of the Performanceof a Novel Adsorption Heat Pump
System - Investigation of Effects by Complex Grating Structures,
Refrigerants R1234ze(E)/R32,
System for Generating
Distributed Thermal Capacitance
S. Han, B. Lee
A. Miyara, H.M.M. Afroz, MD.A.
High-temperature Steam,and Thermal Spreading Resistances,
HossainK. Nakaso, S. Kobayashi, S.
K. Nishi, T. Hatakeyama, S.
Nakagawa, M. Ishizuka
Eshima, J. Fukai
8951/EEC-H-212 An 1-D Model for 9505/TPP-I-212 Molecular
9758/CDS-J-212 Condensation
9820/ECS-K-212 Benchmark
Species Crossover through the
Simulation of Water Sorption and Heat Transfer of R-410A and R-22 Numerical Simulations of Solar
Membrane in All-Vanadium Redox Diffusion Characterizaton in
in U-Tubes,
Thermoelectric Generators,
Flow Batteries,
Cation-Exchanged ZSM-5,
L. Chien, C. Liu
S. Lei, R. Frizzell, R. Enright
Y. Lei, B. Zhang, B. Bai, T. Zhao
H. Chen, J. Ding, W. Wang, X. Wei,
J. Lu

8908/HEX-G-213 Heat Transfer
8327/EEC-H-213 A Miniatureand Pressure Drop Performance of Multiple Vibrating-Fan Cooling
Offset Strip Fin with Gap between System Using Magnetic Force andAdjacent Rows,
Piezoelectric Force,
S. Hwang, J. Jeong, J. Jeong
H. Su, C. Liu

10:40 9469/FCV-F-214 Flow and Heat8929/HEX-G-214 A NumericalTransfer Characteristics ofStudy on Turbulent Single-Phase
Ammonium Alum Hydrate Slurries Flow and Heat Transfer in Pillow
with Surfactants as Drag-Reducers Plates,
and with Polyvinyl Alcohol as
M. Piper, A. Zibart, J.M. Tran, E.Y.
Stabilizers, R. Hidema, H. Suzuki, Kenig
T. Tano, Y. Komoda
11:00 9210/FCV-F-215 Inlet Flow Effects
in Microchannels on Single-Phase
Heat Transfer Coefficients andFriction Factors,
D.V. Garach, J. Dirker, J.P. Meyer

Room H

12th, Tuesday

9326/ECS-K-213 EfficientUtilization of the Electrodes in a
Redox Flow Battery by Modifying
Flow Field and Electrode
Morphology,
S. Tsushima, F. Kondo, S. Sasaki,
S. Hirai
9808/EEC-H-214 Liquid Film Wave 9664/TPP-I-214 Heat Transport
8532/CDS-J-214 A New Model for 8552/ECS-K-214 Experimentally
Patterns and Dryout in Microgap
Along Polar Nanofilms Due toRefrigerant Condensation inside a Determined Thermal Parameters
Channel Annular Flow,
Surface Phonon-Polaritons,
Brazed Plate Heat Exchangerof an Energy Conversion Device
C. Holloway, A. Bar-Cohen, D.
J. Ordonez-Miranda, L. Tranchant, (BPHE),
Using a Constraint Least Square
ShararB. Kim, Y. Chalopin, T. Antoni, S.
G.A. Longo, G. Righetti, C. Zilio
Parameter Estimation Method
Volz
Coupled with an Analytical Thermal
Model, J. Hey, A. Malloy, R.
Martinez-Botas, M. Lamperth
8917/TPP-I-215 Thermal
9416/CDS-J-215 Nitrogen9402/ECS-K-215 Effect of Thermal
Conductivity of Silicon Nanofilms
Liquefaction: A Prototype Plant,
Conductivity Enhancement of
Predicted by Combined Phonon
M. De Salve, D. Milani, B. Panella, Thermochemical Energy Storage
Hydrodynamics and Phonon Gas G. Roveta
Material on Unused Heat Utilization
Dynamics,
System,Y. Dong, B. Cao, Z. Guo
Y. Kato, M. Zamengo, K. Fujioka

11:20 9250/FCV-F-216 Heat Transfer
Coefficients for Tubes in the
Turbulent Single Phase Flow
Regime with a Focus on
Uncertainty,
M. Steyn, J.P. Meyer

99

General Sessions in Parallel
12th, Tuesday
Room B1

FBL1 : Flow Boiling (1)Session 22 (14:00 - 16:00)
Room B2

Room C1

Room C2

Room D

Room EMIN2 : Measurement andInstrumentation (2)M. Kohno & J. K. Oh
P. Dutta & S. Hirasawa
K. Ogawa & W. Rohlfs
14:00 9930/FBL-B1-221 Experimental
9067/SOL-B2-221 A Heat Transfer 9132/MIN-C1-221 Non Contact
Investigations of Flow Boiling Heat Model for Concentrating Silicon
Temperature Field Measurement
Transfer and Flow Behaviors in
Solar Cells in a Spectrally Splitting on Non-Uniform Dynamical
Microgap Channel,
Hybrid Receiver,
Scenes: Contribution of
O. Kawanami, Y. Matsuda, Y.
A. Mojiri, C. Stanley, E. Thomsen, Thermoreflectometry,
Egami, I. Honda, H. Yamaguchi, T. V. Everett, A. Blakers, G.
R. Gilblas, T. Sentenac, Y. Le
Niimi
Rosengarten
Maoult, D. Hernandez
14:20 9604 FBL-B1-222 An
9239/SOL-B2-222 An Integrated
9929/MIN-C1-222 Accuracy
Experimental Investigation of
Thermal Electrical Model for Single Verification on 2D Temperature
Two-Phase Refrigerant R-410A
Cell Photovoltaic Receivers under Measurement Method Using
Flow Distribution in Plate Heat
Concentration,
CT-Tunable Diode Laser
Exchangers,
M. Theristis, T. S. O'Donovan
Absorption Spectroscopy,
C. Yang, Y. Lin, G. Li
T. Kamimoto, Y. Deguchi, Y. Kiyota

HTE1 : Heat Transfer
TBF : Two-phase, Bubble Flow, BMA2 : Bio and Medical
Enhancement (1)Water Film
Applications (2)H. Orlande & H. Takamatsu
K. Fujioka & J. Szmyd
M. Katsuta & A. Sielaff
8240/HTE-C2-221 Heat Transfer in 8960/TBF-D-221 Bubble Growth in 9304/BMA-E-221 Experimental
Study on the Vascular Thermal
a 90° T-Junction,
Microgravity under the Action of
J. Pellé, O. Duran Medina, T.D.
Electric Forces: Experiments and Response to Visible Laser Pulses,
D. Li, B. Chen, W. Wu, G. Wang, Y.
Nguyen, S. Harmand
Numerical Simulation,
He, Z. Ying
P. Di Marco, R. Kurimoto, G.
Saccone, K. Hayashi, A. Tomiyama

14:40 8821/FBL-B1-223 Enhancing
FC-72 Flow Boiling Heat Transfer
through Bubble Pumping from
Imbalance Shear Flow Driven
Rotating Beads,
S. Wang, T. Lin

9597/SOL-B2-223 Investigation of
Design Parameters in Planar Solar
Thermophotovoltaic Devices,D. Bierman, A. Lenert, E. Wang9934/MIN-C1-223 Simultaneous
2D NH3 and Temperature
Measurement Using CT-Tunable
Diode Laser Absorption
Spectroscopy,
Y. Deguchi, T. Kamimoto, Y. Kiyota

15:00 8800/FBL-B1-224 The Impact ofFin Deformation on Boiling Heat
Transfer and Pressure Drop in
Internally Grooved Tubes,
S. Mehendale

9490/SOL-B2-224 Numerical
Simulation of Parabolic TroughReceiver under Non-Uniform andFluctuant Solar Flux Condition,
K. Wang, Y. He, Z. Cheng, M. Li,
W. Tao8853/MIN-C1-224 Cooling ofElectronic Components by
Steady/Unsteady Air Flow,
D. Altura, A. Liberzon, N. Brauner9615/HTE-C2-223 A Numericaland Experimental Study on Flowand Heat Transfer Characteristics
of Viscoelastic Fluid in a
Serpentine Channel,
K. Tatsumi, W. Nagasaka, T.
Matsuo, K. Nakabe
9974/HTE-C2-224 Numerical
8857/TBF-D-224 Measurements of 9542/BMA-E-224 Blinking andInvestigation of Bénard-Marangoni Heat Transfer Coefficients toTemperature Gradients in Normal
Convection of Paramagnetic Liquid Cylinders in Shallow Bubble
Functioning Human Eye,in Annular Layers,
Columns,
A. Abdelmessih
T. Tagawa
E. W. Tow, J.H. Lienhard V

15:20 8435 FBL-B1-225 Evaluation of
Correlations for Predicting Heat
Transfer during Boiling of Carbon
Dioxide Inside Channels,
M. Shah

9290/SOL-B2-225 Numerical
Simulation of Heat Transfer in a
Directly Illuminated Solar Thermal
Energy Store,
I. Amber, T. S. O'Donovan

15:40 8351/FBL-B1-226 Evaluation of a
Method for Predicting Heat
Transfer during Boiling of Mixturesin Plain Tubes,
M. Shah9526/SOL-B2-226 Heat Transfer
Modeling in Integrated
Photoelectrochemical Hydrogen
Generators Using Concentrated
Irradiation,
S. Tembhurne, M. Dumortier, S.
Haussener

9574/MIN-C1-225 Effect of the9062/HTE-C2-225 Investigation ofVapor Flow on the Drop Spreading Heat Exchange andin the Leidenfrost Regime,
Hydrodynamics Parameters in
G. Castanet, O. Caballina, A.
Annular Channels with InteractingLabergue, M. Gradeck, F. Lemoine Swirling Flows,
A. Zakharenkov, E. Boltenko, A.
Varava, A. Dedov, A. Komov
9918/MIN-C1-226
Cross-Ventilation Measurements in
Buildings: Small and Full Scales
Experimental Models,J. Salort, H. Pabiou, F. Chillà, C.
Ménézo100

SOL2 : Solar Energy (2)9123/HTE-C2-222 Numerical andExperimental Studies of the Flowand Heat Transfer in Circular
Tubes with Straight Frame Rotor
Inserts,
X. Zhu, J. Meng, H. Zhou, Z. Li

8906/TBF-D-222 Study on Liquid 8933/BMA-E-222 Observation ofFilm Thickness of Accelerated Slug Ice-Solute Interaction in Freezing of
Flow in Micro Tubes,
Trehalose and Albumin Solutions by
K. Muramatsu, Y. Youn, Y. Han, K. Using Confocal Raman Microscope
Yokoyama, Y. Hasegawa, N.
Equipped with Directional
Shikazono
Solidification Stage, H. Hirahata, Y.
Nagare, A. Twomey, K. Kurata, T.
Fukunaga, A. Aksan, H. Takamatsu
9171/TBF-D-223 Microscale
9119/BMA-E-223 Voxel-Based
Convective Heat Transfer with Plug Simulation of Air-Conditioning in
Flow in Microchannels,
the Human Nasal Cavity,
T. Wong, Z. Che, N.T. Nguyen
G. Tanaka, F. Araki, S. Shimizu, T.
Sera, H. Yokota, K. Ono8573/TBF-D-225 Experimental
8277/BMA-E-225 Investigations on
Research on Falling Film Flow
Interactions between Heat
Characteristic for Horizontal
Exchanger Biofouling andDrop-shaped Tube Bundle in Cold Suspended Matter,
State,
Q. Yang, L. Shi, S. Chang
C. Bai, L. Luo, G. Zhang, M. Tian,
W. Li, Y. Shi
8671/TBF-D-226 Study of the Flowand Heat Transfer of Water Film on
Hot Air Anti-Icing Airfoil Surface,
M. Zheng, W. Dong, G. Lei, J. Zhu

General Sessions in Parallel
Session 22 (14:00 - 16:00)
Room F

FCV4 : Forced Convention (4)Room GHEX3 : Heat Exchanger (3)Room H

EEC2 : Electronic Equipment
Cooling (2)M. Ishizuka & N. Jeffers
9594/EEC-H-221 Conjugate
Forced Convection-Conduction
Heat Transfer in Channel Flow
Using Different Cooling Fluids,
F.B. Nishida, Y. de S. Tadano, T.
Antonini Alves

Room I

12th, Tuesday
Room J

TPP4 : Thermophysical
Properties (4)J. Okajima & H. Xie
8604/TPP-I-221 Investigation into
the pH and Electrical Conductivity
Enhancement of MgO-Ethylene
Glycol Nanofluids,
S.A. Adio, M. Sharifpur, J.P. Meyer

CDS4 : Condensation (4)Room KEEF1 : Energy Efficiency (1)W. Heidemann & Y. Kato
N. Miljkovic & T. Takeda
9335/CDS-J-221 The
8661/EEF-K-221 Pilot Test andModel Analysis of Plastic Heat
Enhancement of Steam
Condensation Heat Transfer on a Exchanger for Flue Gas Heat
Recovery,Horizontal Tube by Addition of
L. Chen, X. Du, J. Liang, Y. Sun, L.
Ammonia,
B. Dong, J. Zhao, S. Wang, M. Ge, Yang, G. Xu
Y. Zhao, K. Liang
8606/TPP-I-222 Combined
9609/CDS-J-222 Droplet
8390/EEF-K-222 ThermoInfluence of Size and Sonication on Departure Characteristics forElectricity Analogy Method forConstant Shear Viscosity of
Steam Dropwise Condensation at Computing Transient Heat Transfer
MgO-Ethylene Glycol Nanofluids, Low Pressure,
In a New Reciprocating Finned
S.A. Adio, M. Sharifpur, J.P. Meyer X. Ma, R. Wen, Z. Lan, B. Peng, W. Piston Compressor,
Xu
M. Heidari, K. Gharibdoust, A.
Rufer, J.R. Thome

S. Chandra & K. Yoshida
14:00 8952/FCV-F-221 An Analytical
Study of the Heat Transfer in a
Regular-Shaped Micro-Channel
Type Stirling Regenerator,
Z. Li, D. Tang, Y. Haramura, M.
Zeng, Y. Kato

Jalaluddin & H. Suzuki
9435/HEX-G-221 Enhanced
Melting in Geometries Suitable for
Thermal Energy Storage,
T. Rozenfeld, Y. Kozak, G. Ziskind

14:20 9280/FCV-F-222 Effects of
Evaporation and Condensation on
Apparent Thermal Slip,
M. Hodes, L. Lam, S. MacLachlan,
R. Enright9085/HEX-G-222 Fin Efficiency
and the Optimisation of X-Shaped
Louvered Fins,
B. Ameel, J. Degroote, H.
Huisseune, J. Vierendeels, M. De
Paepe

9396/EEC-H-222 Development of
In-Plane Thermal Conductivity
Measurement Method ofMulti-Layer Printed Wiring Boards
Called Straight Fin Temperature
Fitting Method, T. Ogushi, K. Aoki,
T. Kobayashi, Y. Niki, T. Hirata

14:40 9409/FCV-F-223 Characteristics ofThermal Convective Flow of
Near-Critical CO2 Fluid in
Microchannels,
L. Chen, X. Zhang

9362/HEX-G-223 The Effect of the
Circular Cylinder's Insertion
Position on Heat Transfer
Enhancement in Transition Flow,
H. Xu, L. Wang, K. Inaoka, G. Xi

8546/EEC-H-223 L-Shaped
Thermosyphon Loop with Vertical
Evaporator for Power Electronics
Cooling,
F. Agostini, T. Gradinger

9160/TPP-I-223 Evaporation of
Nanofluids,
J. Eggers, S. Kabelac

9177/CDS-J-223
9767/EEF-K-223 Heat Transfer
Wettability-Driven Water
Analysis of Blast Furnace Tuyere
Condensation at the Micron andthrough CFD Simulation,
Submicron Scale,Y. Chen, B. Wu, X. Chen, A.
Y. Yamada, A. Kusaba, T. Ikuta, T. Okosun, D. Fu, T.R. Hensler, D.
Nishiyama, K. Takahashi, Y. Takata Zuke, S. Trenkinshu, C.Q. Zhou

9420/EEC-H-224 Performance
Evaluation of Micro-Jet
Impingement on Various Dimpled
Surfaces,
S. Kim, K. Kim

8643/TPP-I-224 Frost Formation
and Growth on Hydrophilic,
Hydrophobic, and Biphilic
Surfaces,
A. Van Dyke, A. Betz

9801/CDS-J-224 Bulk
Condensation of Supersaturated
Vapor with Allowance ofTemperature Distribution ofDroplets,
N. Kortsenshteyn, A. Yastrebov

15:20

8835/TPP-I-225 A Non-Equilibrium
Molecular Dynamics Study on
Thermal Transport inFunctionalized Carbon Nanotube/
Polymer Nanocomposites,
Y. Kuang, B. Huang

9895/CDS-J-225 Study of the Heat
Transfer and Flow Characteristic ofan Ultra Micro Steam Injector,
T. Koshiji, Y. Abe, A. Kaneko, Y.
Suzuki

15:40

8348/TPP-I-226 Two Different
Methods for Determination of
Exothermic Reaction Enthalpies
from Temperature Measurements
in Beechwood Cylinders during
Torrefaction,
A. Ohliger, P. Steffen, R. Kneer

8969/CDS-J-226 Condensation of
Water from Saturated Air in a
Compact Plate Condenser with
Application to Water Balance inProton Exchange Membrane Fuel
Cell Systems,
A. Fly, R. Thring

15:00 9745/FCV-F-224 Experimental
9194/HEX-G-224 Study of Heat
Analysis of Gas Forced Convective Pipe Effectiveness Filled with
Heat Transfer in Microtubes under Different Refrigerants,
H and T Thermal Boundary
G. Gorecki
Conditions,Y. Yang, C. Hong, G.L. Morini

9020/EEF-K-224 Entransy Based
Optimization on Data Center
Cooling Process and Its
Application,
H. Tian, Z. Li, Z. He

101

General Sessions in Parallel
12th, Tuesday
Room B1

FBL2 : Flow Boiling (2)H. Asano & S. Mehendale
16:30 8792/FBL-B1-231 Pressure Dropand Flow Boiling Heat Transfer ofRefrigerant R-134a in a
Microchannel Heat Sink,
V.V. Kuznetsov, A.S. Shamirzaev
16:50 9049/FBL-B1-232 Experimental
Study of Two Phase Flow Boiling
Heat Transfer and Pressure Dropof Water in a Minitube,
M. Aravinthan, S.K. Das, A.R.
Balakrishnan
17:10 9410/FBL-B1-233 Heat Transfer
Coefficient and Pressure Drop
Characteristics during R-1234yf
Evaporation Inside Horizontal
Small Tubes,
N. Chien, P. Vu, K. Choi, J. Oh

Session 23 (16:30 - 18:30)
Room B2

SOL3 : Solar Energy (3)K. Nagano & R. Taylor9014/SOL-B2-231 A Numerical
Model of Transient Thermal
Transport Phenomena in a
High-Temperature Solid-Gas
Reacting System for CO2 Capture
Applications,
Li. Yue, W. Lipinski
8681/SOL-B2-232 DSMC Studyon the Rarefied Gaseous Heat
Transfer in Annulus Heated by
Nonuniform Heat Flux,
X. Zhao, Z. Li, Z. Tang, W. Tao

Room C2

HTE2 : Heat Transfer
Enhancement (2)M. Kawaji & N. Sasaki
8825/HTE-C2-231 NumericalInvestigation of Fluid Flow andHeat Transfer Characteristics ofPartial Length Pin Fins in Vertical
Parallel Plate Channel,
R.S. Jadhav, C. Balaji

9800/MIN-C1-232 ThermalHydraulic Experiments with
Sodium Chloride Aqueous
Solution,
L. Jiao, W. Liu, T. Nagatake, K.
Takase, H. Yoshida, F. Nagase

9372/HTE-C2-232 Thermal
Performance of Nanofluids in
Microchannel Equipped with aSynthetic Jet Actuator,
A. Lee, D. Darson Li, G.E. Lau,
G.H. Yeoh

8605/MIN-C1-233 Combined
Three-Dimensional Flow- andTemperature Field Measurements
Using Digital Light Field
Photography,
M. Rietz, O. Garbrecht, W. Rohlfs,
R. Kneer
17:30 9589/FBL-B1-234 Characteristics 9257/SOL-B2-234 Simulation
8855/MIN-C1-234 Temperatureof Flow Boiling Heat Transfer inStudy of Regenerator of Stirling
Imaging of Water Around a Small
Rectangular Minichannels,
Engine Used for Solar Energy
Heated Sphere Using a
C. Tanaka, C. Dang, E. Hihara
Thermal Power Generation,
Near-Infrared Absorption
J. Wang, X. Zhang, M. Zeng, M. Jia Technique,N. Kakuta, K. Yamada, R. Fujioka,
K. Kondo, H. Arimoto, Y. Yamada
17:50 9122/FBL-B1-235 Flow Boiling
9150/SOL-B2-235 Heat Transfer
8990/MIN-C1-235 New Estimation
Heat Transfer of R1234ze(E) in a Enhancement in a Parabolic
Method Based on Integral
3.4 mm ID Microfin Tube,
Trough Receiver Using Perforated Transforms for the Thermal
S. Mancin, A. Diani, L. Rossetto
Conical Inserts,
Diffusivity Measurement ofA. Mwesigye, T. Bello-Ochende,
Anisotropic Materials,
J.P. Meyer
C. Rodiet, M. Niezgoda, B. Remy,
A. Degiovanni
18:10 8705/FBL-B1-236 An Analysis of9380/MIN-C1-236 Visualization
the Effect of the Footprint
and Analysis of Heat and Mass
Orientation on the Heat Sink
Transfer with Chemical Reactions
Performance during Flow Boiling inin Microchannels,
Micro-Scale Channels,
D. Kawashima, N. Kakuta , K.
H.L.S.L. Leão, G. Ribatski
Kondo, H. Arimoto, Y. Yamada

1029309/SOL-B2-233 Forecast
Methods for Direct Normal
Irradiance at the Ground Level,
C. Coimbra

Room C1

MIN3 : Measurement andInstrumentation (3)N. Ninomiya & H. Pabiou
8595/MIN-C1-231 The Effect ofSonication Time on Effective
Thermal Conductivity of
Glycerol-MgO Based Nanofluids,
N. Tshimanga, M. Sharifpur, J.P.
Meyer

9259/HTE-C2-233 The Effect of a
Crossed Electromagntic Field on
Mixed Convection of a Low Pr
Fluid in a Vertical Duct,
Praveen T., N. L Gajbhiye, V.
Eswaran9950/HTE-C2-234 An Analysis ofParamagnetic Fluid Thermal
Convection in a Concentric Annuli
under Strong Magnetic Field
Gradient,
W. Wrobel, E. Fornalik-:DMVà.
Pleskacz, S. Kenjereš, J.S. Szmyd

Room D

Room E

General Sessions in Parallel
Session 23 (16:30 - 18:30)
Room F

FCV5 : Forced Convention (5)Room GHEX4 : Heat Exchanger (4)Room H

Room I

12th, Tuesday
Room J

Room K

TST : Thermal Storage

CDS5 : Condensation (5)EEF2 : Energy Efficiency (2)J. Alvarado & K. Suga
16:30 8769/FCV-F-231 Volumetric Heat
Transfer Determination for Forced
Convection of Air through Alumina(Al2O3) Foam,
D. Vijay, P. Goetze, R. Wulf, U.
Gross

EEC3 : Electronic Equipment
Cooling (3)J. Barbosa & H. Umekawa
F. Agostini & T. Ogushi
9766/HEX-G-231 Numerical
9166/EEC-H-231 The Forced
Simulation of 3D Flow Effect on
Circulation Cooling System with
Heat Transfer from a Tube Bank of Rectangular Mini-Channels for the
Subsea Cooler,
Inverter of Electric Vehicles,
N.Ivanov, V. Ris, E.M. Smirnov, N. J. Yeo, D. Jige, S. Yamashita, S.
TschurKoyamaD. Groulx & G. Tanaka
9169/TST-I-231 Non-Isothermal
Kinetics of Zeolite Water Vapor
Adsorption into a Packed Bed Lab
Scale Thermochemical Reactor,
M. Gaeini, H. Zondag, C. Rindt

T. Tsuruta & A. Yastrebov
9002/CDS-J-231 Study of the
Vapor Superheat Effect on Heat
Transfer in Plate Heat Exchanger
Based on Infrared Thermography,
K. Sarraf, S. Launay, L. Tadrist

M. Hirota & C. Q. Zhou
8843/EEF-K-231 Treated
Aluminum as Highly Reflective
Facade Materials forEnergy-Efficient Buildings,
T. Ihara, T. Gao, A. Gustavsen, B.P.
Jelle

16:50 9036/FCV-F-232 High
Temperature Metal Foam Heat
Exchanger,
P. Hafeez, S. Salavati, J.
Esmeelpanah, S. Chandra, J.
Mostaghimi, T. Coyle9041/HEX-G-232 Effect of Fin
Specification on Thermal
Performance of Fin-Tube Heat
Exchanger for Heat Pump under
Frosting Condition
J. Kim, K. Cho9987/TST-I-232 A Composite
Mesoporous Material for an Open
Sorption Thermal Energy Storage
System,H. Liu, K.Nagano, D. Sugiyama, J.
Togawa, M. Nakamura

8896/CDS-J-232
Electric-Field-Enhanced
Jumping-Droplet Condensation,
N. Miljkovic, D.J. Preston, R.
Enright, E.N. Wang

9681/EEF-K-232 Application of
Micro-Channel Heat Exchanger in
Refrigerated Display Cabinet,
C. Tian, H. Li

9082/CDS-J-233 Study on the
Compact Steam Dump Device
Development for the Damage
Reduction of the Condenser Tube,
H. Kim, W. Kim, J. Lee

8632/EEF-K-233 Energy Efficient
Cooling of Switch Cabinets Using
Optimized Internal Settings,
W. Heidemann, C. Staub, K.
Spindler

8916/CDS-J-234 Parameter
Comparison of Condensation Heat
Transfer of R134a Outside
Horizontal Low-Finned Tubes,
D. Zhang, W. Ji, J. Du, Z. Zhang,
X. Fan, Y. He, W. Tao8995/EEF-K-234 A Numerical
Solution Algorithm for a Heat andMass Transfer Model of a Desalination System Based on PackedBed Humidification and Bubble
Column Dehumidification, K.
Chehayeb, F. Cheaib, J. Lienhard V

9936/EEC-H-232 Practical
Measurement System for Very
Large Scale Integration Circuits
Using Infrared Thermography,
Y. Hsieh, J. Wu, C. Fang, H. Tsai,
Y. Juang

17:10 9167/FCV-F-233 Experimental
9644/HEX-G-233 CFD Modelling 9227/EEC-H-233 Heat Transfer
8881/TST-I-233 Investigation of
Determination of Convective Heat of Flow over in-Line Tube-Banks, and Fluid Mechanics from a
Heat and Mass Transfer in a
Transfer Coefficients during Molten H. Iacovides, B. Launder, A. West Piezoelectric Fan Operating in Its Magnesium Hydride Heat Storage
Aluminum Purification Using Open
Second Resonant Frequency
Reactor,Cell Alumina (AL2O3) Ceramics,
Mode,
D. Shen, C. Zhao, Q. Wang
P. Goetz, D. Vijay, E. Jäeckel, R.
N. Jeffers, J. Stafford, B. Donnelly
Wulf, U. Gross, K. Eigenfeld
17:30 9489/FCV-F-234 Hydrothermal9093/HEX-G-234 Maximal Velocity 9115/EEC-H-234 Convolution
8892/TST-I-234 Heat Transfer in
Wave Instability and Resultant
Ratio Design Method forBased Steady State Compact Ther- Latent Heat Thermal Energy
Flow Patterns Induced by Thermo- Shell-and-Tube Heat Exchangers mal Model for 3D Integrated Circuits: Storage Device for Automobile
capillary Effect in a Half-Zonewith Continuous Helical Baffles,
Methodology for Including the Ther- Applications,
Liquid Bridge of High Aspect Ratio, J. Yang, M. Zeng, G. Chen, Q.
mal Impact of Die to Die Interconnec- D.P.-C. Shih, H. Tran, M. Kawaji,
I. Ueno, H. Kawasaki, T.
Wang
tions, F.L.T. Maggioni, H. Oprins, E. M. Birkett, J. Burgers
Watanabe, K. Motegi, T. Kaneko
Beyne, I. De Wolf, M. Baelmans
17:50 9852/FCV-F-235 The Effect of
9791/HEX-G-235 Optimization of
8518/TST-I-235 Experimental andRadiative Heat Transfer on Slip
Lifetime Expectance for Heat
Numerical Investigation of Phase
Flow through Parallel-Plate
Exchangers with Special
Change Heat Transfer
Microchannels,
Requirements,
Characteristics in Open-Cell Metal
M. Shojaeian, R. Zamanian, A.
P. Freko, I. Thomas, R. Hoelzl, A.
Foam Infiltrated with Eutectic Salt
.RúDU
Lehmacher, A. Woitalka
for Solar Energy Storage,
P. Zhang, X. Xiao, M. Li
18:10
9449/HEX-G-236 Size Effect of the8753/TST-I-236 Performance
Flow Path on the Flow and Heat
Analysis of the Molten-Salt
Transfer Characteristics in a Cavity
Thermal Storage System Filled by
Swept by a Visco-Elastic Fluid,
PCM Capsules with Cascaded
H. Suzuki, R. Hidema, Y. Komoda
Melting Temperatures,
C. Xu, M. Wu, X. Ju, X. Du, Y. He,
Y. Li

9161/CDS-J-235 Analysis of theCondensate Carryover
Phenomenon on Fin and Tube
Evaporators,
E. Navarro-Peris, J. Corberan, J.
Gonzálvez-Maciá, M. Zamora
9296/CDS-J-236 Effect ofHydrocarbon Adsorption on the
Wetting of Rare Earth Oxides,
D. J. Preston, N. Miljkovic, J. Sack,
R. Enright, J. Queency, E. N Wang

103

General Sessions in Parallel
13th, Wednesday
Room B1

FBL3 : Flow Boiling (3)Session 31 (08:20 - 10:20)
Room B2

TPF1 : Two-phase, Flow
Behavior (1)S. Momoki & M. Spector
8981/TPF-B2-311 Analysis of
Two-Phase Flow Behavior in a
Sharp Return Bend Using
Capacitive Measurements,
K.De Kerpel, M.De Paepe

Room C1

IPJ : Impinging Jet

Room C2

HTE3 : Heat Transfer
Enhancement (3)T. Kunugi & S. Launay
K. Muralidhar & N. Nagai
Y. Shibata & T. N. Wong
08:20 9867/FBL-B1-311 A Study on
9035/IPJ-C1-311 Heat Transfer
8750/HTE-C2-311 A Numerical
Post-CHF Heat Transfer at
Measurements from Concave and Study of Fluid and Heat Transfer
Near-Critical Pressure,
Convex Surfaces with a Fully
Performance of Heat Exchangers
T. Mawatari, H. Mori, K. Kariya
Developed Confined Impinging
with Novel Short-Circuit Prevention
Slot Jet,
Helical Baffles,
S. Kim, Y. Kim, H. Park, D. Lee, P. W. Du, H. Wang, G. Xin, S. Zhang,
Ligrani
L. Cheng
08:40 9840/FBL-B1-312 Effect of Heat
9810/TPF-B2-312 Non-Equilibrium 8838/IPJ-C1-312 Transient Flow9424/HTE-C2-312 NumericalTransfer Surface Structure on
Discharging Flow From Safety
and Thermal Performance ofStudy of Flow and Heat Transfer
Boiling Heat Transfer and Flow
Valves,Integrated Deflector under Periodic Characteristics of Different
Characteristics in a Horizontal
Y. Kitagawa, S. Horiki, M. Osakabe Supersonic Flame Impingement,
Distributed Corrugated Tube
Narrow Channel,
J. Zhang, Z. Qu, R. Fu, Y. He
Bundles,
H. Asano, J. Yoshidome, T. Gomyo
W. Shao, B. Li, H. Wu, Y. Zhang, Z.
Xu
09:00 9214/FBL-B1-313 Boiling
8971/TPF-B2-313 Visualization of 9047/IPJ-C1-313 Experimental
8727/HTE-C2-313 Mathematical
Investigation in the Microchannel
Ammonia Boiling Flow
and Numerical Investigation of the Derivation on Heat Transfer
with Nano-Particles Coating,
Phenomena Inside Narrow Flat
Flow behind a Sphere Moving
Improvement of the Air-Cooled
Y. Kuzma-Kichta, A. Leontyev, A.
Plates,Vertically in a Stratified Fluid,
Condenser Cell in a Power Plant,
Lavrikov, M. Shustov, K. Suzuki
H. Arima, F. Mishima, K. Koyama, S. Akiyama, S. Nakamura, S.
H. Zhang, H. Zhou, Y. Yue, L.
Y. Ikegami
Okino, H. Hanazaki
Yang, X. Du, Y. Yang
09:20 9072/FBL-B1-314 Flow Boiling
8720/TPF-B2-314 Dynamic Flow 9385/IPJ-C1-314 Heat transfer
under Microgravity Conditions
Structures in the Wakes of Sliding Enhancement for Row ofComparative Study of Two
Bubbles for Convective Heat
Impinging Jets in Cross-Flow with
Experimental Data Sets,
Transfer Enhancement,
Some Baffle Attachments,
M. Narcy, A. Scammell, C. Colin, J. R. O'Reilly Meehan, B. Donnelly, T. R. Pansang, M. Wae-hayee, P.
Kim
Persoons, D. Murray
Vessakosol, C. Nuntadusit
09:40 9333/FBL-B1-315 Micro Liquid
Film Heat Transfer and CriticalHeat Flux of Flow Boiling in
Micro-Channels,
Y. Jiang, T. Wang, Z. Wang, D.
Tang
10:00

104

8927/TPF-B2-315 Structure of
Two-Phase Swirl Flow in Various
Channels,A. Yakovlev, S. Tarasevich, A.
Shishkin

9931/HTE-C2-314 Analysis on
Optimal Configuration of Air-Foil
Shaped Printed Circuit Heat
Exchanger in Supercritical Carbon
Dioxide Power Cycle,
S. Yoon, J. Kwon, T. Kim, H. Park,
M. Kim8719/HTE-C2-315 New
Correlations for Heat Transfer andPressure Drop for Serrated andSolid Fin Tube Bundles,
A. Holfeld, E. Næss8867/HTE-C2-316 Model-Based
Optimization of Three-Dimensional
Complex Structure for Heat
Transfer Enhancement inSingle-Phase Flows,
Y. Hasegawa, N. Shikazono

Room D

Room E

General Sessions in Parallel
Session 31 (08:20 - 10:20)
Room F

FCV6 : Forced Convention (6)Room GMFP : Materials and Foods
Processing
Y. Hattori & M. Hodes
Y. Shan & T. Yoshinaga
08:20 8378/FCV-F-311 Influence of Local 8844/MFP-G-311 The Contact
Flow Acceleration on the Heat
Heat Transfer in Rotary Drums inTransfer of Submerged and
Dependence on the Particle Size
Free-Surface Jet Impingement,
Ratio,
W. Rohlfs, C. Ehrenpreis, H.D.
A.I. Nafsun, F. Herz, E. Specht, V.
Haustein, O. Garbrecht, R. Kneer Scherer, S. Wirtz, H. Komossa

Room H

NSM1 : Numerical Simulation(1)
L. Gong & M. Tanahashi
9037/NSM-H-311 Heat and Mass
Transfer Modelling of an Industrial
Autoclave to Minimise SteamConsumption,
W.L. Lau, J.A. Reizes, V.
Timchenko, S. Kara, B.J. Kornfeld

Room IPMD1 : Porous Media (1)13th, Wednesday
Room J

RAD1 : Radiation (1)Room K

PLS : Plasma

V. Rodolphe & J. Yamada
8207/RAD-J-311 Effect of Processing Temperature on Radiative
Properties of Polypropylene andHeat Transfer in the Pure andGlassfibre Reinforced Polymer,
D. Hakoume, L. Dombrovsky, D.
Delaunay, B. Rousseau
08:40 9295/FCV-F-312 Thermo9321/MFP-G-312 Fundamental
8447/NSM-H-312 Heat Transfer
8278/PMD-I-312 One Dimensional 8214/RAD-J-312 Radiative Heat
Hydrodynamic Characteristics ofStudy on Agglomeration Control of Enhancement in a Tube Filled with Thermal Analysis of Solar Air
Transfer Modeling in Supersonic
Magnetothermal Wind Created in a Metallic Nano-Particles by Thermal a Porous Medium: Influence of the Receiver Using Silicon Carbide
Gas Flow with Suspended
Tube in Gravitational andTreatment,
Thermal Conductivity of the Porous Ceramic Foam,
Particles to a Blunt Body,
Nongravitational Fields,
T. Saito, T. Kawaguchi, I. SatohMedium,F. BaiL. Dombrovsky, D. Reviznikov
T. Okitsu, M. Akamatsu, M. Kaneda
T. Ming, Y. Tao

Y. Itaya & Y. Yan
9138/PLS-K-311 3D Numerical
Simulation of Buoyancy Driven
Flow in a Cubical Enclosure withDifferent Wall Conductivities,
N. Gajbhiye, Praveen T., V.
Eswaran

09:00 8548/FCV-F-313 Heat and Mass
Transfer in a Single-Channel Plate
Membrane Contactor with a
Combined Counter/Cross-Flow
Arrangement,
S. Huang, M. Yang, F.G.F. Qin, Y.
Xu, Y. Zuo, X. Yang
09:20 8711/FCV-F-314 Development of
an Empirical Model for Convective
Evaporation of Sessile Droplets ofVolatile Fluids,
F. Carle, D. Brutin

8383/MFP-G-313 ThreeDimensional Simulation of
Phosphor Dispensing Process inLight Emitting Diode Packaging by
Lattice Boltzmann Method,
L. Li, H. Zheng, C. Yuan, X. Yu, X.
Luo8715/MFP-G-314 NumericalInvestigation of Cooling in theContinuous Fiber Glass Drawing
Process,
Q. Chouffart, P. Simon, V.E.
Terrapon

8815/PLS-K-313 Thermoelectric
Properties of
ZnNiO/Polyparaphenylene Hybrids
Prepared by Spark Plasma
Sintering,
Z. Wu, H. Xie, L. Gan, J. Liu

09:40 8736/FCV-F-315 Behavior andOptimization of Spray
Humidification inside Air-Cooled
Condenser of Power Generating
Unit,
L. Xiao, X. Xi, X. Du, L. Yang8601/MFP-G-315 Optimization of
the Chemical Vapor Deposition
Process for Gallium Nitride,
P. George, J. Meng, Y. Jaluria

10:00

M. Quintard & S. Uemura
8405/PMD-I-311 Thermal
Conductivity of Ceramic Sponges
at Temperatures up to 1000 °C,
B. Dietrich, T. Fischedick, M.
Wallenstein, M. Kind9182/NSM-H-313 Molecular
8530/PMD-I-313 Temperature
Simulation of the Dynamic Process Evolution of Evacuated Tubeof Water Vapour Absorption into
Adsorption Bed Heated by Solar
Aqueous LiBr Solution with orRadiation,
without Alcohol Surfactants,
C. Du, Z. Yuan, X. Hou, F. Xin, D.
H. Gao, B. Zhu, Y. Yan
Gao, Y. Chen

9012/RAD-J-313 Prediction of theResonance Condition of
Metamaterial Emitters andAbsorbers Using LC Circuit Model,
A. Sakurai, B. Zhao, Z. Zhang

9408/PLS-K-312 Integrated
Modeling of Transport Phenomena
in Keyhole Welding with Plasma
Arc,
Y. Li, Y. Feng, Y. Li, X. Zhang, C.
Wu

9196/NSM-H-314 Comparative8893/PMD-I-314 Heat and Mass
9222/RAD-J-314 The Micro-Macro 9541/PLS-K-314 Application of an
Study on Simulation of Convective Transfer Model of a Packed-Bed
Model for Transient Radiative
Integrated CFD Model to
Al2O3-Water and ZrO2-Water
Reactor for Solar Thermochemical Transfer Simulations,
Aluminum Nanoparticle
Nanofluid by Using
CO2 Capture,
M. Roger, N. Crouseilles, P.J.
Production,
ANSYS-FLUENT,
L. Reich, R. Bader, T. Simon, W.
CoelhoS. Lopes, P. Proulx, J.-B. Gouriet,
M. Mahdavi, M. Sharifpur, J. P.
LipinskiP. Rambaud
Meyer
8760/NSM-H-315 Effect of Material 8657/PMD-I-315 Evaluation of Gas 9382/RAD-J-315 Numerical Study 9897/PLS-K-315 A Comparison of
Thermal-Physical Parameters on Production Behavior fromof the Effects of Surface
Methane Hydrate Decomposition
Weld Pool and Residual StressHydrate-Bearing Sediments with
Micro-Roughness on the Optical
Using Radio Frequency Plasma
Peak Value,
Different Thermal Properties byConstants of Aluminumand Microwave Plasma Methods,
L. Tong , L. Li, F. Bai, S. Yin, L.
Depressurization,
Determined by Spectroscopic
I. Rahim, S. Nomura, S. Mukasa,
Wang
Y. Song, Z. Zhu, J. Zhao, C.
Ellipsometry,
H. Toyota
Cheng, D. Liu, L. Yang, J. Wang
W. Zhang, J. Yang, L. Liu9069/NSM-H-316 Comparison of 9191/PMD-I-316 Identification of
8268/RAD-J-316 Absorption of
9415/PLS-K-316 Two Successive
Preconditioned Density-Based
WKH5DGLDWLYH3URSHUWLHVRIĮ-SiC
Short-Pulsed Laser Radiation in
Thermal Inverse Problems Solved
Algorithm with Pressure-Velocity
Foams Realistically Designed with Superficial Human Tissues:for Plasma Facing Components
Correction Algorithm fora Numerical Generator,
Transient vs Quasi-Steadyinside JET Tokamak: Estimation ofIncompressible Convection,
S. Guevelou, B. Rousseau, G.
Radiative Transfer,
Surface Heat Flux and Thermal
C. Shen, F. Sun, X. Xia
Domingues, J. Vicente, C. Caliot, J. Randrianalisoa, L. Dombrovsky, Resistance of a Surface Carbon
G. Flamant
W. Lipinski, V. Timchenko
Layer, J.-L. Gaspar, F. Rigollet, J.
Gardarein, C. Le Niliot, Y. Corre

105

General Sessions in Parallel
13th, Wednesday
Room B1

PBL1 : Pool Boiling (1)Session 32 (10:30 - 12:30)
Room B2

Room C1

Room C29023/TPF-B2-324 Study on
High-Void Fraction Gas-Liquid
Two-Phase Flow in Tube Bundle,
Y. Kondo, L. Cheng, S. Utsumi, T.
Ueno, R. Kawakami, K.
Shimamura

9817/RNE-C1-324 A Numerical
Study on Bed Temperature andGasifying Agent Effetcs on the
Sugarcane Bagasse Gasification
Process,G. Verissimo, J. de Pinho, A.
Leiroz, M.E. Cruz8989/RNE-C1-325 Optimal Sizingof Heat Exchangers for Organic
Rankine Cycles (ORC) Based on
Thermo-Economics,
S. Lecompte, M. van den Broek,
M. De Paepe

8827/HTE-C2-324 Heat Transfer
Enhancement in Heat Exchanger
with Dimpled/ Protruded Surface,
T. Tang, A. Lee, G. Yeoh9916/RNE-C1-326 Anatical
Solution of Nanofluid Volumetric
Receiver,S. Lee, H. Kim, Y. Park, K. Kim, S.
Jang

9299/HTE-C2-326 In-Tube
Convective Heat Transfer
Charateristics of CO2-Hydrate
Mixture,H. Park, R. Yun

TPF2 : Two-phase, Flow
RNE : Renewable Energy
HTE4 : Heat Transfer
Behavior (2)Enhancement (4)C. Colin & Y. Haramura
M. de Paepe & T. Yokomine
C. Coimbra & K. Matsubara
Y. Hasegawa & G. Xi
10:30 9284/PBL-B1-321 Numerical
9876/TPF-B2-321 Correlation of8834/RNE-C1-321 Numerical
9180/HTE-C2-321 ThermalSimulation of Pool Boiling fromTransition Boundaries to and from Assessment and Optimization of
Hydraulic Performance of a Printed
Artificial Cavities Using the Phase Annular Flow Regime of Ammonia Wind Farm on Complex Terrain,
Circuit Heat Exchanger in a
Field Method,
Evaporating Inside a Horizontal
M. Song, B. Wu, K. Chen, Z. He, X. CO2-H2O Heat Exchange Process
A. Sathyanarayana, Y. Joshi
Internally Spirally Grooved Tube,
Zhang
under Different Mass Flow Rates,
S. Momoki, H. Arima, Y. Takashiba,
X. Xu, T. Ma, L. Li, M Zeng, Q.
T. Yamaguchi, S. Sasaki
Wang, Y. Chen
10:50 8590/PBL-B1-322 Numerical
9376/TPF-B2-322 Effect of Flow9869/RNE-C1-322 Numerical
9262/HTE-C2-322 Heat Transfer
Simulation of Boiling from a Single Pattern on Critical Heat Flux,
Modelling of Combined Natural
Characteristics in Forced
Reentrant-Cavity,
T. Ami, G. Yamashina, H.
Convection and Surface Radiation Convection through a Rectangular
J. Dietl, P. Stephan
Umekawa, M. Ozawa
Heat Transfer in Cavity Receiver
Channel with V-Shaped Ribwith Plate Fins,
Roughened Surfaces,
L.C. Ngo, T. Bello-Ochende, J.P.
D. Fustinoni, P. Gramazio, L.
Meyer
Colombo, A Niro
11:10 8851/PBL-B1-323 Direct
9005/TPF-B2-323
8963/RNE-C1-323 Prediction of
8718/HTE-C2-323 Influence of the
Numerical Simulations of
A Phenomenological Model ofthe First Pyrolysis Product and
Fin Type and Base Tube Diameter
Subcooled Boiling Phenomena
Dryout with Circumferentially
Yield in Biomass Gasifier,of Serrated and Solid-Fin Tubes on
Based on Non-Empirical Boiling
Varying Heat Flux,
Y. Okumura, T. Okada, K. Okazaki the Heat Transfer and Pressure
and Condensation Model,
J. Manning, G.F. Hewitt, S. Walker
Drop Performance,
Y. Ose, T. Kunugi
A. Holfeld, E. Næss11:30 8911/PBL-B1-324 Numerical
Simulation on Bubble Growth
Process and Heat Transfer
Characteristics with Microlayer
Evaporation in Nucleate Boiling for
Water,
Z. Chen, Y. Utaka
11:50 9631/PBL-B1-325 Effect ofSurface Wettability on Subcooled
Boiling Heat Transfer,
Y. Saito, D. Ito

12:10 8817/PBL-B1-326 Boiling Heat
Transfer Theory: To Overcome
Historical Deadlock,
I.G. Shekriladze1069864/HTE-C2-325 Pool Boiling ofHydrocarbon Mixture in
Kettle-Reboiler with Low-Finned
Tubes,
E. Estiot, C. Richardt

Room D

Room E

General Sessions in Parallel
Session 32 (10:30 - 12:30)
Room F

FCV7 : Forced Convention (7)Room G

ACR : Air Conditioning andRefrigeration
K. Kariya & R. Kneer
E. Hihara & J. Wei
10:30 8418/FCV-F-321 A Uniform
8563/ACR-G-321 Study on Heat
Temperature Heat Sink for Cooling Transfer Characteristics of Activeof High Concentrator Photo-Voltaic Magnetic Regenerator in Magnetic
Systems,
Refrigeration System,
G. Hetsroni, A. Bar-Cohen
M. Kim, K. Kuk, I. Mun
10:50 8684/FCV-F-322 Numerical Studyof Conjugate Heat Transfer ofSupercritical Kerosene Flow in
Rectangular Cooling Channel,
F. Zhong, G. Dang, Y. Xing, L.
Chen, X. Chang
11:10 9266/FCV-F-323 Determination ofConvective Heat Transfer for
Subsonic Flows over Heated
Asymmetric Airfoil NACA 4412,
Y. Dag, S. Akwaboa, P. Mensah
11:30 8461/FCV-F-324 Convective Heat
Transfer Characteristics of Low
Concentrations CuO-Water
Nanofluid in the Turbulent Flow
Regime Based on Artificial
Intelligent Models, M. Mehrabi, M.
Sharifpur, J.P. Meyer
11:50 9814/FCV-F-325 Heat Transfer
Processes in Film Casting ofCompressible Polymers,
J. Ramos

12:10 9154/FCV-F-326 ConvectionRadiation Interaction in Eccentric
Annulus Using the Coupled Lattice
Boltzmann and Meshless Method,
K. Luo, Z. Cao, H. Yi, H. Tan

Room HNSM2 : Numerical Simulation(2)
T. Kajishima & Y. X. Tao
9811/NSM-H-321 Towards
High-Performance Thermal Flow
Solvers Based on the Link-Wise
Artificial Compressibility Method,
C. Obrecht, F. Kuznik, G.
Rusaouën, J. Roux

8940/ACR-G-322 Experimental
8812/NSM-H-322 AsymmetricStudy of Ground Source Heat
Transition for High Froude Number
Pumps That Use the Direct
Plane Fountains in Linearly
Expansion Method,
Stratified Fluids,
T. Takeda, D. Yokoyama, A.
M.I. Inam, W. Lin, S.W. Armfield, Y.
Ohashi, S. Ishiguro, S. Funatani, K. He
Ichimiya
9310/ACR-G-323 Prediction
9729/NSM-H-323 Unified Integral
Modeling of Automobile Dynamic Transforms in Single Domain
Thermal Load,
Formulation for Internal Flow
J. Wu, H. Song, C. Liu
Three- Dimensional ConjugatedProblems,
D.C. Knupp, C.P. Naveira-Cotta,
R.M. Cotta
9534/ACR-G-324 Development of 9521/NSM-H-324 Assessment of
All Aluminum Microchannel Heat
Three Coalescence and Breakage
Exchanger for Air-Conditioner,
Kernel Models on Predicting
H. Fujino, T. Kamada, S. Inoue
Complex Bubbly Flow,
X. Duan, L. Gong

Room I

13th, Wednesday
Room J

Room K

PMD2 : Porous Media (2)RAD2 : Radiation (2)TEL : Thermoelectric Devices

T. Chikahisa & B. Dietrich
8575/PMD-I-321 A Rigorous
Derivation and its Applications ofVolume Averaged Transport
Equations for Heat Transfer in
Nanofluid Saturated Metal Foams,
F. Sakai, W. Li, A. Nakayama

P. Coelho & K. Hanamura
8771/RAD-J-321 Radiation
Enhancement by Metal Film on
Micro Cavities in Resin,
T. Totani, T. Irokawa, M. Iwata, M.
Wakita, H. Nagata

S. Lei & K. Yazawa
9360/TEL-K-321 Thermoelectric
Properties of PolymerSemiconductor-Polymer MolecularJunction,
Y. Wang, H. Xie

8782/PMD-I-322 Effective Thermal
Conductivity of Metal Foams:
Experiments and Analysis,
P. Yue, L. Qiu, X. Zheng, D. Tang

8871/RAD-J-322 Study ofAmorphous Silicon Gratings with
Disorder for Solar Energy
Absorbers,
X. Fang, C. Zhao, H. Bao8966/TEL-K-322 Evaporation of a
Water Droplet Deposited on a
Nano-Patterned Transparent Film
Fabricated by UV Nanoimprint,
N. Unno, M. Asano, S. Satake, J.
Taniguchi

9636/RAD-J-323 Thermal
Radiation Characteristics in
Sub-Micron Region for MEMS
Space Radiator,
A. Ueno, Y. Suzuki

9096/TEL-K-323 Thermal
Transport Properties of
PEDOT-PSS Thin Films,
H. Hagino, M. Hokazono, H. Anno,
N. Toshima, K. Miyazaki

8831/PMD-I-323 Evaluation of the
Thermal Hydraulic Performance ofRound Tube Metal Foam Heat
Exchangers for HVAC
Applications, H. Huisseune, S. De
Schampheleire, B. Ameel, M. De
Paepe
8865/PMD-I-324 Comparison of
Aluminium Foam Finned Heat
Sinks and Effect of Painting andOrientation in Buoyancy-Driven
Convection, S. De Schampheleire,
K. De Kerpel, G. Kennof, P. Pirmez,
H. Huisseune, M. De Paepe
8783/NSM-H-325 Numerical9734/PMD-I-325 Influence of Strut
Investigation on Conjugated Heat Shape and Porosities on
Transfer of Conduction in Wall and Geometrical Properties andMixed Convection in Horizontal
Effective Thermal Conductivity ofSquare Tube with Molten Salts,
Kelvin Like Anisotropic Metal
C. Wang, Y. Wu, C. Chen, B. Liu,
Foams,C. Ma
P. Kumar, F. Topin
9371/NSM-H-326 Comparison of 9841/PMD-I-326 An Improved
Turbulence Models in Simulating a Capillary Bundle Model by Using
Cruciform Impinging Jet on a Flat Tortuosity and Parameters
Wall,
Extracted from Pore Network
F. Bode, K. Sodjavi, A. Meslem, I. Model,
NastaseX. Zhou, L. Jiang, L. Chen, Y. Liu,
Y. Song, M. Mutailipu

9384/RAD-J-324 First-Principles
9996/TEL-K-324 Experimental
Study on Electronic Band Structure Investigations on the Performanceand Optical Constants ofof a Thermoelectric Device with an
Synthesized Si3Al(AsxP1-x) Alloys, Integrated Heat Exchanger andJ. Yang, L. Liu, J. Tan
Flow Channels,
M. Barry, K. Agbim, B.V.K. Reddy,
M.K. Chyu
9188/RAD-J-325 Reducing
8789/TEL-K-325 Design
Thermal Radiation Between
Optimization of Automobile
Parallel Plates in the Far-to-Near
Exhaust Thermoelectric Generator
Field Transition Regime,
for Waste Heat Recovery,
Y. Tsurimaki, P.O. Chapuis, R.
Z. Niu, Q. Li, W. He, Y. Huo, K. Jiao
Vaillon, J. Okajima, A. Komiya, S.
Maruyama
8521/RAD-J-326 A Direct
8931/TEL-K-326 The Optimization
Numerical Simulation for Influence of Thermoelectric Module Size in aof Roughness on Near-Field
Waste Heat Power Generation
Radiative Heat Transfer between
System,Two Films,
W. He, S. Wang, C. Lu, Y. Li, X.
Y. Chen, Y. Xuan
Zhang

107

General Sessions in Parallel
14th, Thursday
Room B1

PBL2 : Pool Boiling (2)Y. Saito & P. Stephan
08:20 9265/PBL-B1-411 Highly
Subcooled Water Boiling: Some
New Details of the Process,K. Khodakov, Y. Zeigarnik

Session 41 (08:20 - 10:20)
Room B2

TPN1 : Two-phase, Numerical
Simulation (1)J. Cai & S. Yokobori
8721/TPN-B2-411 Population
Balance Modeling for Air-Water
Bubbly Flow in a Vertical U-Bend,
H. Zhu, X. Yang, Y. Huang, J. Tu,
S. Jiang

08:40 9568/PBL-B1-412 Study on
Nucleate Boiling Heat Transfer by
Measuring Instantaneous Surface
Temperature Distribution by
Infrared Radiation Camera,
Y. Koizumi, K. Takahashi

9780/TPN-B2-412 Computational
Studies of LNG Evaporation andHeat Diffusion through a LNG
Cargo Tank Membrane,
J. Lee, Y. Kim, S. Hwang

09:00 9914/PBL-B1-413 Pore-Scale
Experimental Study of Boiling in
Porous Media,
P. Sapin, P. Duru, F. Fichot, M.
Prat, M. Quintard

8564/TPN-B2-413 Computational
Fluid Dynamics Evaluation of theMulti-Nozzle Oil-Jet Lubrication for
Rolling Bearings,
W. Wu, J. Hu, S. Yuan, X. Li

09:20 9772/PBL-B1-414 Boiling
Behaviors on a Vertical Surface inSaturated Pool Boiling at High
Pressures,
H. Sakashita
09:40 9048/PBL-B1-415 Local Heat
Removal by Liquid Film on the
Expansion of Dry Area on a
Superheated Copper Wall,
Y. Haramura
10:00

108

Room C1

TDY1 : Thermodynamics (1)Room C2

HTE5 : Heat Transfer
Enhancement (5)Y. Hagiwara & H. Herwig
Y. Diao & K. Nakabe
9370/TDY-C1-411 A Simulation
9080/HTE-C2-411 Heat Transfer
Study into the Thermodynamic
Performance of a Channel Flow
Properties of Water-Alcoholwith Aluminum Fiber Layers
Mixtures,(Comparison with Aluminum
J. Cannon, T. Kawaguchi, E.
Porous Foams),
Okuno, J. Shiomi
K. Imai, M. Yamamoto, M.
Sakagami, M. Senda, K. Inaoka
8636/TDY-C1-412 Prediction of
10554/HTE-C2-412 Heat Transfer
Anisotropic Crystal-Melt Interfacial near Injection Hole by Shock andFree Energy of Sugar Alcohols
Boundary Layer Interaction in thethrough Molecular Simulations,Supersonic Flowfield,
H. Zhang, S. Nedea, C.C.M. Rindt, N. Lee, J. Song, J. Bae, Y. Kang,
H.A. Zondag, D.M.J. Smeulders
H. Ham, J. Bae, H. Cho8833/TDY-C1-413 Influence of
8562/HTE-C2-413 Non-Similar
Form and Thermal Properties ofHeat Transfer Characteristics
Granular Layer to Subcooled
Associated with Nanofluid Forced
Liquid Boiling Dynamics in Impulse Convection Cooling and Heating,
Heat Generation in the Wall,
W. Li, A. Nakayama
N. Zakharov, S. Karlov, B.
Pokusaev
9543/TPN-B2-414 Numerical
8230/TDY-C1-414 High Resolution 8571/HTE-C2-414 Heat Transfer
Simulation of Liquid-Gas
Heat Transfer Measurements at
Optimization for Reducing Thermal
Two-Phase Flow with Large
the Three Phase Contact Line of a and Flow Resistance,
Density Difference in Multi-Layered Moving Single Meniscus,
W. Liu, H. Jia, Z. Liu, J. Yang
Sintered Wick by the LatticeS. Fischer, S. Batzdorf, T.
Boltzmann Method, T. Yamaguchi, Gambaryan-Roisman, P. Stephan
Q. Wan, Y. Yan, J. Hong8349/TDY-C1-415 Numerical
8689/HTE-C2-415 Thermal Fluid
Determination of Autothermal
Flow Transport Characteristics inOperation Limits for Beechwood
Pipe Flow Using
Torrefaction Processes as a
Graphene-Oxide-Nanofluid,
Function of Different Operating
S. Torii, H. Yoshino
Parameters,
A. Ohliger, R. Kneer
8515/TDY-C1-416 Notes on
8801/HTE-C2-416 Heat Transfer
Singular Heat Radiation,
Enhancement in Tangential
R. Segev, J. Goddard
Injection Induced Swirl Flows,
G.R. Warrier, D. Lloyd, L. Yang, Y.
Hu, V.K. Dhir, Y.S. Ju

Room D

Room E

CPM1 : Computational
Methods (1)F. Liu & T. Tsukahara
9034/CPM-E-411
A Two-Dimensional Numerical
Method for Incompressible Flow
Problem Based on SIMPLER
Algorithm and Quadtree Grid with
Collocated Arrangement,
W. You, Z. Li, W. Tao
9302/CPM-E-412 Different
Approaches to FVM Method Fluid
Flow and Heat Transfer Simulation
Inside Thermosyphon,
M. Lecki, G. Gorecki9342/CPM-E-413 An HP-Adaptive
Predictor-Corrector Split Projection
Method for Turbulent Compressible
Flow,
X. Wang, D.B. Carrington, D.W.
Pepper9525/CPM-E-414 Thermal
Hydraulic Modeling of Shell andTube Heat Exchangers,
J. Teixeira, A. Oliveira, S. Teixeira9337/CPM-E-415 Dispersion ofHigh Pressure Underexpanded
Helium Jets into the Atmosphere,
X. Li, D. Christopher

General Sessions in Parallel
Session 41 (08:20 - 10:20)
Room F

NCV1 : Natural Convection (1)Room GGTB : Gas Turbine

Room H

CND1 : Conduction (1)Room I

14th, Thursday
Room J

Room K

PMD3 : Porous Media (3)RAD3 : Radiation (3)HPP1 : Heat Pipe (1)R. Bennacer & A. Nakayama
8706/PMD-I-411 NumericalInvestigation of Fluid Flow andHeat Transfer in Periodic Porous
Lattice-Flame Materials,
S.G. Krishnan, K.K.Bodla, J.A.
Weibel, S.V. Garimella

L. Dombrovsky & A. Sakurai
9563/RAD-J-411 Effects ofMolecular Gas Radiation onRayleigh-Bénard Convection in a
3D Cubical Cavity,
L. Soucasse, Ph. Rivière, A.
Soufiani

N. Nagai & J. Yulong
8985/HPP-K-411 Flow
Visualisation in a Transparent
Thermosyphon: Influence ofInternal Pressure,
K. Smith, R. Kempers, A.
Robinson, S. Siedel

D. Naylor & T. Tagawa
08:20 8947/NCV-F-411 Transition in a
Natural Convection Boundary
Layer,
Y. Zhao, C. Lei, J. Patterson

Y. Oda & L. Xu
G. Kikugawa & S. Mishra
9600/GTB-G-411 Effect of Swirled 9735/CND-H-411 Understanding
Leakage Flow on Endwallof Non-Fourier Conduction Based
Film-Cooling,on Thermon Gas Model,
M. Stinson, R. Goldstein, T. Simon, X. Shan, M. Wang
S. Fujimoto, C. Nakamata

08:40 9339/NCV-F-412 Study on Free
Convection Heat Transfer in
Finned Tube Array,
R. Katsuki, C. Iwaki, T. Shioyama,
T. Yanazawa

8914/GTB-G-412 Effects of8466/CND-H-412 Accuracy of the
Surface Geometry and Blowing
First Eigenvalue of Heat
Ratio on Film Cooling Performance Conduction Problems Calculated
at Airfoil Trailing Edge Investigated Through Tables and Explicit
by Using Large Eddy Simulation,
Approximate Expressions,A. Murata, E. Mori, K. Iwamoto
S. Dalmas, L.F. Milanez

9357/RAD-J-412 Numerical Study 9031/HPP-K-412 Super-Thin Heaton Solar Reflection Performance of Pipe in Smartphone Application,
Cool Painting and the Optimization, T. Phan, M.S. Ahamed, T. Nguyen,
S. Kinoshita, S. Nishimura, A.
M. Mochizuki, Y. Saito, S.
YoshidaMochizuki

09:00 9527/NCV-F-413 Analysis ofHeatfunction Boundary Conditions
on Invariance of Heat Flow in
Square Enclosures with Various
Thermal Boundary Conditions,P. Biswal, T. Basak8457/GTB-G-413 Effects ofIngestion on the Flow and Heat
Transfer in a Rotor-Stator System,
L. Wang, M. Wilson8987/PMD-I-412 An Optimization
Study of Heat Transfer
Enhancement Due to Jet
Impingement over Porous Heat
Sinks Using Lattice Boltzmann
Method, S.K. Chinige, N. Ghanta,
A. Pattamatta
9021/CND-H-413 Thermomass9590/PMD-I-413 Influence on
Based General Law forStress Jump Coefficient of Porous
Ballistic-Diffusive Heat Conduction Structure and Flow Conditions,in Nanostructures,
B. Chen, F. Liu, G. Zhang, Z. Liu
B. Cao, Y. Hua

8315/RAD-J-413 Effect of Fractal
Parameters on Absorption
Coefficient of Soot Aggregates inthe Electrostatic Limit,
P. Swaminathan, Ph. Rivière, A.
Soufiani

8842/HPP-K-413 Boiling Heat
Transfer Enhancement of
Double-Tube Heat Pipe for HighPower Devices,
T. Kato, M. Katsuta, K. Sugaya, R.
Hotta

09:20 9258/NCV-F-414 Natural
Convection around a PulsatingLine Heat Source,
M. Jarrahi, M.-C. Duluc, Y.
Fraigneau, G. Defresne9249/GTB-G-414 Experimental
and Numerical Study of Flow
Structure and Liner Wall
Temperature in Reverse Flow
Combustor,
X. Gao, F. Duan, S. Lim, M. Yip

9207/CND-H-414 Topology
Optimisation for theVolume-to-Surface Problem in a
Three-Dimensional Cubic Domain
Using Conduction Cooling,
F.H. Burger, J. Dirker, J.P. Meyer

9143/RAD-J-414 Implementationof the SUN Model for Radiation
Heat Transfer in Packed Pebble
Bed Gas Cooled Reactors,
P.G. Rousseau, C.G. du Toit, S.
van der Walt

9124/HPP-K-414 Heat Pipe
Applications in Cooling Nuclear
Fuel,
R. Singh, M. Mochizuki, T. Nguyen,
Y. Saito

09:40 8776/NCV-F-415 ConfinementInduced Enhancements ofHeat-Transfer Efficiency and
Thermal Plume Coherency in
Turbulent Thermal Convection,
K. Xia, M. Kaczorowski, S. Huang,
K. Chong
10:00 10004/NCV-F-416 Interaction ofRayleigh - Benard Convection andOscillatory Flows,
M.K. Aktas, S. Cetindag

9553/GTB-G-415 Blade and Vane
Leading Edge Fillet on Endwall
Cooling in Linear Turbine
Cascades,G. Mahmood, S. Acharya

9920/CND-H-415 An Application of 9742/PMD-I-415 Experimental and 9478/RAD-J-415 The Influence of
the Generalized Least Squares
Numerical Investigations ofCarbon Fiber Composite Material
Method to the Analysis of the Heat Supersonic Transpiration Cooling Structures on the Spectral
Transfer Process withthrough Sintered Porous Flat
Attenuation Properties of Thermal
Supplementary Data, A. Sciazko, Plates,
Radiation,
Y. Komatsu, S. Kimijima, Z.S.
Z. Huang, Y. Xiong, Y. Zhu, P. Jiang M. Xie, Q. Ai, X. Xie, L. Yang, H.
Kolenda, J.S. Szmyd
Tan9619/HPP-K-415 Dynamics of
Evaporation in a Single,
Straight-Tube Pulsating Heat Pipe,.
K. Okuyama, T. Ichikawa, S. Mori

9584/GTB-G-416 Experimental
and Computational Film Coolingwith Backward Injection for
Cylindrical and Fan-Shaped Holes,
S. Li, A. Chen, W. Wang, J. Han

9303/PMD-I-414 Analytical
Prediction of the Transition Point to
Weak Turbulent Convection in a
Porous Layer Subject to Feedback
Control,
P. Vadasz

109

General Sessions in Parallel
14th, Thursday
Room B1

PBL3 : Pool Boiling (3)L. Fan & H. Sakashita
10:30 8680/PBL-B1-421 Characteristic
Behaviors of Boiling Bubble
Initiation Under High Pressure
Conditions,
S. Yokobori, K. Yasumi, S.
Akiyama

Session 42 (10:30 - 12:30)
Room B2

TPN2 : Two-phase, Numerical
Simulation (2)H. Arima & Y. J. Kim
9798/TPN-B2-421 Numerical
Simulation of Condensing andEvaporating Annular Flows in
Microchannels with Laminar andTurbulent Liquid Films,
N. Antonsen, J.R. Thome

Room C1

TDY2 : Thermodynamics (2)T. Gambaryan-Roisman& T. Yamaguchi
8482/TDY-C1-421 Loss
Coefficients for Compressible
Flows in Conduit Components
under Different Thermal Boundary
Conditions,
B. Schmandt, H. Herwig

10:50 8795/PBL-B1-422 The Influence of 8670/TPN-B2-422 Numerical
8583/TDY-C1-422 Energy
Single Bubble Growth and Bubble Study of Water Droplet Parameters Separation of Gases with Prandtl
Coalescence on Boiling Heatin Icing Tunnel Test,
Numbers Unequal to Unity,
Transfer,
W. Dong, J. Zhu, M. Zheng, R.
A.I. Leont'ev, I.I. Vigdorovich
A. Sielaff, P. Stephan
Wang

11:10 9102/PBL-B1-423 Nucleation
Incipience on a Heated Surface:
Effect of Pressure Oscillations,L. Leal, P. Lavieille, M. Miscevic, F.
Topin, L. Tadrist

9133/TPN-B2-423 Numerical
Simulation of Reactive Multiphase
Flows in Porous Media Using
Lattice Boltzmann Method,
F. Xin, X. Li, M. Xu, X. Huai, Z. Cui

9158/TDY-C1-423 ChimneyEnhanced Natural Convection in
Honeycombs,
X. Yang, J. Bai, H. Yan, T. Lu, T.
Kim

Room C2

HTE6 : Heat Transfer
Enhancement (6)N. Shikazono & G. Warrier
9825/HTE-C2-421 Evaluation ofHerringbone Wavy Fin Based Heat
Exchanger for Heat Transfer
Enhancement in Automobile
Exhaust Energy Harvesting
Systems, J. Athavale, J. Pandit, S.
Ekkad, S. Huxtable9969/HTE-C2-422 Natural Convection in an Open-Ended Channel
under Staggered Thermal Boundary
Conditions. Application to the Control of the Free Cooling in Photovoltaic Doubleskin Facades,
C. Ménézo, S. Giroux-Julien, V.
Timchenko, M. Fossa
8747/HTE-C2-423 Thermal andHydraulic Characteristics of SCO2
in a Horizontal Tube at HighReynolds Number,
K. Tanimizu, R. Sadr, D. Ranjan

Room D

Room ECPM2 : Computational
Methods (2)S. Satake & S. Teixeira9797/CPM-E-421 Lattice
Boltzmann Simulations for
Anisotropic Crystal Growth of a
Binary Mixture,
A. Younsi, A. Cartalade, M.
Quintard
8580/CPM-E-422 NumericalInvestigation of Heat Transfer in a
Forced Flow of He II,
C. Soulaine, M. Quintard, H. Allain,
B. Baudouy ., R. van Weelderen

10035/CPM-E-423 Hilbert Spectral
Analysis of Oscillating Forced
Convection in Curved Ducts,
F. Liu11:30 9404/PBL-B1-424 Experimental
9595/TPN-B2-424 Modelling ofStudy of Transport Phenomena at Fundamental Transfer Processes
the Onset of Nucleate Boilingin Crude-Oil Fouling,
Using a Boilingmeter,
J. Yang, O. Matar, G. Hewitt, W.
M. Zamoum, B. Dubrac, F.
Zheng, P. Manchanda
Goepper, L. Tadrist, H. Combeau,
M. Kessal
11:50 9320/PBL-B1-425 Effects of Pool 8692/TPN-B2-425 Numerical andSubcooling on Coalescence Heat Experimental Study of Slug Flow
Transfer and Bubble Dynamics,
Dynamics in Inclined Pipes with
J. Bi, D.M. Christopher, X. Lin, X. Li Granular Layer,
D. Khramtsov, D. Nekrasov, B.
Pokusaev

9184/TDY-C1-424 Calculating andAssessing Complex Convective
Heat Transfer Problems: The
CFD-SLA Approach,
C. Redecker, H. Herwig

8554/HTE-C2-424 Dynamic andHeat Transfer of Lobed Impinging
Jets,
D. Brouilliot, D. Lo Jacono8982/CPM-E-424 1D and 3D
Numerical Simulation of theReactor Cavity Cooling System ofa Very High Temperture Reactor,
C.G. du Toit, P. Rousseau, J. Jun,
J.-M. Noh9847/TDY-C1-425 Effect of the Fin
Height on Unsteady Flows andHeat Transfer in a DifferentiallyHeated Cavity,
J. Ma, F. Xu

8864/HTE-C2-425 An
Experimental Study of Heat
Transfer in the Turn Region of a
U-Bend Channel with Various Ribs,
C. Wang, L. Wang, B. Sunden

9662/CPM-E-425 Regimes of
Heating and Compression in
Magneto-Inertial Fusion,
V.V. Kuzenov, S.V. Ryzhkov

12:10

9966/TDY-C1-426 Numerical
Study on Cooling Performance forMulti-Holes Steam Jet in theInternal Channel of a Hollow
Turbine Blade,L. Xu, S. Zhang, W. Wang, J. Gao,
T. Gao8904/HTE-C2-426 Enhancementof Heat Transfer Performance byUsing Sawtooth Fin Structure in
the Multiport Microchannel Flat
Tube,
J. Zhang, Y. Diao, Y. Zhao, Y.
Zhang

9724/CPM-E-426 Oscillatory
Instability of Natural Convection of
Air in a Laterally Heated Cubic
Box,
A. Gelfgat

110General Sessions in Parallel
Session 42 (10:30 - 12:30)
Room F

NCV2 : Natural Convection (2)Room G

Room H

Room I

14th, Thursday
Room J

Room K

NMM1 : Nano/Micro Scale
CND2 : Conduction (2)Measurement and Simulation (1)M. Akamatsu & M. C. Duluc
X. Luo & J. Shiomi
L. F. Milanez & T. Takano
10:30 8506/NCV-F-421 Experimental
9485/NMM-G-421 Single-Walled
8973/CND-H-421 Efficientand Analytical Investigation on
Carbon Nanotubes for
Coupling Procedures in Steady
Thermal Stratification under
Heterojunction Solar Cells,and Unsteady Thermal Analysis,
Natural Circulation Cooling,
K. Cui, T. Chiba, S. Chiashi, E.
M.P. Errera
S. Kodama, I. Kataoka, K. Yoshida, Kauppinen, S. Maruyama
T. Suga, K. Michii, T. Fujisaki

PMD4 : Porous Media (4)RAD4 : Radiation (4)HPP2 : Heat Pipe (2)T. Araki & J. Weibel
8811/PMD-I-421 A Porous MediaApproach for Analyzing a
Spiral-Wound Reverse Osmosis
Desalination Module,
Y. Sano, A. Horibe, N. Haruki, A.
Nakayama

M. Marengo & H. Onishi
9141/HPP-K-421 Investigation ofGravity Heat Pipe with Internal
Helical Microfins in Different
Sections,
G. Xin, C. Zhang, W. Du, Y. Chen,
L. Cheng

10:50 8239/NCV-F-422
8569/NMM-G-422 ThermalInterferometric Study of the Effect Performance of a Propilen Glycol
of Insect Screens on Free
/Alumina Nanofluid under Internal
Convection at a Window Glazing, Developing Laminar Flow,
D. Zalcman, S.S.M. Foroushani, D. P. Fariñas Alvariño, J.M. Sáiz
NaylorJabardo, J. García del Valle, A.
Soto

9090/CND-H-422 Analysis of Heat
Transfer in a 2-D Cylindrical
Porous Medium,
S.C. Mishra, S. Panigrahy

9774/PMD-I-422 Convective to
Diffusive Contribution of Mass
Transfer in Porous Building
Materials through Peclet Number
Evaluation,
K. Abahri, R. Belarbi, R. Bennacer,
B. LiuL. Liu & T. Makino
9822/RAD-J-421 Heat Transfer in
Vacuum Thermal Insulation ofSpace Vehicles: An Experimental
Estimate vs Theoretical Prediction,
A.V. Nenarokomov, L.A.
Dombrovsky, I.V. Krainova, O.M.
Alifanov, S.A. Budnik
8683/RAD-J-422 Effect ofStructure and Transfer Function on
Artificial Neural Networks Used in
Radiation Thermometry for Steel,
C. Wen, P. Fu

11:10 8531/NCV-F-423 Conjugate
Natural Convection in a Porous
Three-Dimensional Enclosure witha Heat Source: A Comparison
Study of Different Models,M. Sheremet, T. Trifonova

9607/NMM-G-423 Thermal
Conductivity Measurement of Bare
Carbon Nanotube Films Using the
Photoacoustic Technique,
T.L. Bougher, C.J. Vasquez, B.A.
Cola

9932/CND-H-423 Prediction of
Effective Thermal Conductivity ofSintered Porous Media with the
Discrete Element Method,
X. Ouyang, R. Xu, L. Zhang, B.
Zhou, P. Jiang

9248/PMD-I-423 Discussion on
Conditions of Local Thermal
Non-Equilibrium Effect in PorousMedia,
H. Xu, L. Gong, S. Huang

9545/RAD-J-423 Enhancement of
Ray Tracing Method for Radiative
Heat Transfer: Application to EUISpace Instrument,
L. Jacques, L. Masset, G.
Kerschen9076/HPP-K-423 OscillationInduced Heat Transportation in a
Curved Heat Transpotation Pipe,
S. Yuguchi, H. Kusaka, K. Shiratori,
G. Tanaka

11:30 8499/NCV-F-424 Natural
Convective Heat Transfer from an
Inclined Isothermal Square Flat
Element Mounted in a Flat
Adiabatic Surrounding Surface,
P.H. Oosthuizen

9063/NMM-G-424 Growth and9501/CND-H-424 Study ofApplications of Horizontally Aligned Thermal Conductivity inSingle-Walled Carbon Nanotubes, Nanoporous Thin Film and
S. Chiashi, T. Inoue, K. Otsuka, D. Nanocomposites,
Hasegawa, S. Maruyama
B. Fu, C. Bi, G. Tang

9442/HPP-K-424 An Investigationof Operating Limit for Oscillating
Heat Pipes,
Y. Ji, C. Chang, G. Li, H. Ma

11:50 9319/NCV-F-425 Interaction
Effects between Surface Radiationand Sub-atmosphere Natural
Convection in Multi-Heat Sources
Enclosures,
H. Wang, C. Sun, X. Xia, H. Tan

9642/NMM-G-425 Monitoring Heat
Conduction in Nanostructures with
Embedded Planar Defects,
H. Han, Y. Kosevich, S. Volz

9347/PMD-I-424 Effect of9531/RAD-J-424 Effect ofTemperature and Porosity Change Fractal-Like Aggregation on
on Numerical Analysis of CO2
Radiative Properties and SpecificAbsorption Behavior in Porous
Growth Rate of Chlorella,
Solid Sorbent by Using theZ. He, H. Qi, Q. Chen, Y. Ren, L.
Unreacted-Core Model,
Ruan
S. Xu,T. Tanaka,T. Nakagaki
9116/PMD-I-425 Structural
9126/RAD-J-425 Measurement of
Optimization of Porous Flow Fields Radiative Properties of Scatteringto Improve Water Management
and Absorbing Layered Media,
Ability of PEFC,
T. Kono, J. Yamada
K. Suzuki, D. Sato, Y. Tabe, T.
Chikahisa

12:10 8292/NCV-F-426 Effect of Direct
Liquid Cooling on Light Emitting
Diode Local Hot Spots: Natural
Convection Immersion Cooling,
E. Tamdogan, M. Arik

9618/NMM-G-426 Electrokinetic
Focusing of Colloidal Particles by
Joule Heating Induced
Temperature Gradient in a
Convergent-Divergent Microfluidic
Structure,
Z. Ge, C. Yang

9438/PMD-I-426 Tortuosity inPorous Anode Electrode of Solid
Oxide Fuel Cells Estimated from
Saturation Currents and a Mass
Transport Model in Comparison
with a Real Micro-Structure,
G. Brus, K. Miyawaki, H. Iwai, M.
Saito, H. Yoshida9208/HPP-K-426 Effects of Tube
Diameter on Internal Flow Patternsand Heat Transport Performanceof Parallel-Tube Heat Transport
Device,K. Abiko, A. Murata, H. Saito, K.
Iwamoto9506/CND-H-425 Improving
Solidification Structure of
Paraffin-Based Nanofluid bySurfactant and Ultrasound,
L. Jia, Y. Chen, S. Lei, S. Mo, Z.
Liu, X. Shao8901/RAD-J-426 Measurement
and Prediction of Absorbed
Irradiating Energy Distribution in
Narrow Channel of Desiccant
Rotor,
J. Li, Y. Hamamoto, H. Mori

9125/HPP-K-422 Effect ofInclination Angle onto Heat
Transport Characteristics of
Bubble-Actuated Circulating Heat
Pipe (Bach) Covering
High-Temperature Region,
Y. Ji, N. Nagai, K. Takano

9476/HPP-K-425 Experimental
Investigation of Ultrasonic Effect ona Nanofluid Oscillating Heat Pipe,
N. Zhao, B. Fu, H. Ma

111

General Sessions in Parallel
15th, Friday
Room B1

PBL4 : Pool Boiling (4)Y. Koizumi & G. Ribatski
08:40 9471/PBL-B1-511 Interfacial
Instability on Vapor Bubble
Exposed to Subcooled Pool,I. Ueno, T. Saiki, T. Osawa, J.
Ando, T. Kaneko, C. Hong

Session 51 (08:40 - 10:40)
Room B2

TPS : Two-phase,Spray/Droplet
M. Osakabe & F. Vera-Garcia
8860/TPS-B2-511 Kinetic
Modelling of Diesel Fuel Droplet
Heating and Evaporation: Effects
of Inelastic Collisions and Three
Components,
S. Sazhin, I. Shishkova

Room C1

TDY3 : Thermodynamics (3)Room C2

09:00 9659/PBL-B1-512 A Comparison 9815/TPS-B2-512 Evaporation of 9243/TDY-C1-512 Non-Equilibrium 9231/ HTE-C2-512 Heat Transfer
Study of State-of-the-Art
Bi-Component Droplets in a Highly Electron Gas Thermodynamic
Measurements in a Swirl Chamber
Experimental and Numerical
Turbulent Channel Flow,
Cycle with Nano Features,
Using the Transient Liquid Crystal
Simulation Results Associated with A. Jean, R. Bazile, B. Ferret
K. Yazawa, A. Shakouri
Technique,
Nucleate Boiling of a Single
C. Biegger, B. Weigand
Bubble,S. Jung, Y. Ose, H. Kim, T. Kunugi
09:20 8854/PBL-B1-513 Enhanced
9328/TPS-B2-513 Numerical
8937/TDY-C1-513 The Applied
8669/HTE-C2-513 Impingement
Boiling Heat Transfer on
Simulation of Heat Transfer andCondition of Lumped Parameter
Cooling with Spent Flow in the
Super-Hydrophilic Surface with
Gas Dynamics in Warm Spray,
Method for Finite Mass Transfer
Blade Leading Edge Using Double
Porous Copper Layer,
Y. Shan, F. Gong, C. Shen, L. Li, M. Duration,
Swirl Chambers,
P. Xu, Q. Li, Y. Xuan
Lu
J. Cao, C. Liu, Y. Zhang
G. Lin, K. Kusterer, D. Bohn, T.
Sugimoto, R. Tanaka, M. Kazari
09:40 9224/PBL-B1-514 Enhancementof Heat Transfer at Transition andFilm Boiling of Nitrogen on
Spheres with Dimples and Low
Conductivity Coating,
V. Zhukov, Y. Kuzma-Kichta, V.
Lenkov, A. Lavrikov, M. Shustov
10:00 8941/PBL-B1-515 Improvement of
Nucleate Boiling Heat Transfer
Characteristics by Using
Immiscible Mixtures,
S. Kita, S. Onishi, Y. Fukuyama, H.
Ohta
10:20 8619/PBL-B1-516 Pool Boiling
Heat Transfer Enhancement by
Ȗ-Al2O3 /FC-72 Nanofluids on a
Smooth Surface,
X. Kong, J. Wei, J. Ding, Y. Zhang

112

Room DHTE7 : Heat Transfer
MCV : Mixed Convection
Enhancement (7)S. Fischer & Y. Miyamoto
W. Liu & S. Torii
T. Kawanami & J. Teixeira
9827/TDY-C1-511 Heat Transfer in 8491/HTE-C2-511 Entransy
9081/MCV-D-511 Mixed
Supersonic Flow over Blunt Body Balance Equation for Heat Transfer Convection Heat Transfer in awith Resonator of Hartmannwith Phase Change,
Pressurizing Confined-Jet Flow
Whistle Type,W. Wang, X. Cheng, X. Liang
Field,
N. Palchekovskaya
M. Heath, P. Woodfield, W. Hall, M.
Monde9524/MCV-D-512 Numerical Studyon Entropy Generation for Mixed
Convection in Square Enclosuresfor Isothermally and
Non-Isothermally Hot Bottom Wall,
M. Roy, T. Basak, S. Roy9297/MCV-D-513 Experimental
Investigation on Mixed Convectionin Horizontal Channels Heated
Below and Partially Filled with
Aluminium Foam,
B. Buonomo, O. Manca, L.
Marinelli, S. Nardini8059/MCV-D-514 Experimental
Investigation of Mixed Convection
Heat Transfer from Heated Vertical
Rectangular Fin Array,
J. Shete, N. Sane, S. Pavithran8593/TPS-B2-514 The Effect ofPulses Frequency on Flow andHeat Transfer Due to Intermittent
Impinging Mist Jets,
M. Pakhomov, V.I. Terekhov

9373/TDY-C1-514 A Study ofMacroscopic Physical Meaning ofEntropy,J. Wu

9965/HTE-C2-514 Experimental
Study and Prediction of Film
Cooling Effectiveness for a Guide
Vane in Heavy Gas Turbine,
W. Wang, J. Gao, L. Xu, X. Shi

9060/TPS-B2-515 Experimental
Study on Heat Transfer
Characteristics of High-Velocity
Circular Jet Impingement Boilingon the Nano-Characteristic
Stagnation Zone,
Y. Li, Y. Chen, Z. Liu

9414/TDY-C1-515 Implementationof Entransy Analysis for Heat
Transfer Optimization and System
Design,M. Sun, X. Zhang

8319/HTE-C2-515 An Investigation 9165/MCV-D-515 Energy
into Momentum and Temperature Conservative Dissipative Particle
Fields of a Meso-Scale Slot
Dynamics Simulation of Mixed
Synthetic Jet for a Small
Convection in Complex
Jet-to-Surface Spacing,
Geometries with Moving Surface,
O. Ghaffari, B. Dogruoz, M. Arik
Z. Cao, K. Luo, H. Yi, H. Tan

8483/TDY-C1-516 Internal
Symmetries, Fundamental
Invariants and Convective Heat
Transfer from a Rotating Disc,C. Helcig, S. aus der Wiesche, I.V.
Shevchuk8667/HTE-C2-516 Transient Heat
Transfer for a Twisted Plate inForced Convection Flow of Helium
Gas,
Q. Liu, Z. Zhao, K. Fukuda

Room E

General Sessions in Parallel
Session 51 (08:40 - 10:40)
Room F

NCV3 : Natural Convection (3)Room G

Room HNMM2 : Nano/Micro Scale
CND3 : Conduction (3)Measurement and Simulation (2)P. Biswal & I. Kataoka
H. Daiguji & K. Termentzidis
D. Maillet & H. Nakamura
08:40 8565/NCV-F-511 Large-Eddy
8732/NMM-G-511 The Effect of
8419/CND-H-511 Determination of
Simulations of Plumes with andInner Surface Roughness andThermal Contact Resistancewithout Turbulent Diffusion Flames, Heating on Friction Factor in
Coefficients throughH. Suto, Y. Hattori
Horizontal Mini-Tubes, L. Tam, H. Thermo-Mechanical Simulation,
Tam, A.J. Ghajar, W. Ng, C. Wu
Y. Frekers, S. Vieler, S. van Buren,
M. Deppermann, R. Kneer

Room IPMD5 : Porous Media (5)15th, Friday
Room J

SAT : Spray and Atomization

Room K

TMG1 : Thermal Management(1)
L. K. Choong & T. Tomimura
P. Jiang & K. Okazaki
S. Inoue & P. E. Santangelo
9617/PMD-I-511 Influence of
8859/SAT-J-511 Experimental and 8847/TMG-K-511 Thermal
Porous Cathode Microstructure on Theoretical Study on the Thermal Performance of a Multi-Channel
Overpotential Characteristics ofCharacteristics of Flashing Spray Heat Exchanger-Reactor,
X. Guo, Y. Fan, L. Luo
Solid Oxide Fuel Cells,
Cooling Using R404a,
K. Miyoshi, H. Iwai, M. Kishimoto, Z. Zhou, B. Chen, G. Wang
W. Matsumoto, M. Saito, H.
Yoshida09:00 9046/NCV-F-512 Three8543/NMM-G-512 Temperature
9330/CND-H-512 High Thermal
8665/PMD-I-512 Numerical
9805/SAT-J-512 Experimental
8938/TMG-K-512 Startup
Dimensional Computational Study Dependent Thermal Transport
Conductivity Performance ofInvestigation of the Flow andStudy on Heat Transfer
Characteristic of Loop Heat Pipesof Natural Convection in a Nonacross the Interfaces between
Compressed Graphene Sheet
Temperature Uniformity in the
Characteristics of Spray Cooling,for Alpha Magnetic Spectrometer
Uniformly Heated Vertical OpenCNT Array and Adjacent Layers,
Layers,Reactor Core of a Pebble Bed
Ni Liu, J. Zhao
Cryocoolers,Ended Channel, O.A. Tkachenko, Z. Wang, Y. Ma, J. Liang, D. Tang Y. Fu, X. Wang, D. Mo, S. Lu
HTGR Using Porous MediaN. Wang, Z. Cui, F. Luo, L. Cheng
S. Tkachenko, V. Timchenko, J.A.
Method,Reizes, G. Yeoh, G. de Vahl Davis
X. Li, Q. Min, X. Wu, S. Liu
09:20 9291/NCV-F-513 Comparative
9503/NMM-G-513 Behaviors of
8596/CND-H-513 Study of8763/PMD-I-513 An Investigation 9821/SAT-J-513 Experimental
9354/TMG-K-513 Preliminary
Study of Numerical Simulations of Gas Flow in Tree-Shaped
Thermal Conductance in aof Anisotropic Structure of
Investigation of Enhanced Spray
Experimental Study of Start-Up
a 2D Buoyancy-Driven Flow in a
Microchannel Networks,
Strip-Roll System,
Wood-Derived Char Using X-Ray Cooling on Nano- and Hybrid
Behavior in Nitrated Gravity Heat
Vertical Channel AsymmetricallyZ. Deng, Y. Chen, C. Zhang
J.-M. Buchlin, M. Delsipée, Ph.
CT and Effect of Particle Aspect
Micro/Nano-Structured Surfaces, Pipe,
Heated with or without External
Planquart, M. Renard
Ratio on its Gasification Reactivity, J. Chen, Z. Zhang, P. Jiang
Y. Wu, Q. Meng, Y. Xiong, S. Liu,
Domain, C. Garnier, A. Sergent, Y.
T. Pattanotai, R. Nakano, H.
W. Cui, C. Ma, D. Li
Fraigneau, P. Le Quere
Watanabe, K. Okazaki
09:40 8624/NCV-F-514 A Numerical
9453/NMM-G-514 Numerical8758/CND-H-514 The Influence of 9837/PMD-I-514 Surface Charge 9481/SAT-J-514 Thermal
9120/TMG-K-514 Fuel Cell
Study of g-Jitter Effects inStudy of Ethanol Reforming in
Deposited Metal Material
Effects on Reactive Transports in Behaviors of Droplet-Substrate in Co-Generation System with Loop
Cubic-Cavity Convection in Low
Micro-Channels,
Parameters on the Heat Transfer
Microporous Media,
Thermal Spray New Applications, Heat Pipe Based Thermal Control,
Gravity,
S. Roychowdhury, S.K. Das, T.
Process and Fluid Dynamics in the L. Zhang, M. Wang
G. Wei, L. Zheng, C. Zhao, S.
R. Singh, M. Mochizuki, Y. Saito, T.
K. Tatasumoto, H. Tanigawa, K.
Sundararajan
Welding Pool,
SampathNguyen, Z. Guo, M. Ohashi, T.
HirataL. Tong, J. Gu, S. Yin, L. Wang,
Nguyen, E.B. Haghighi, V.
S.Bai
Wuttijumnong
10:00 9053/NCV-F-515 Natural
8946/NMM-G-515 The Flow8887/CND-H-515 Two-Region Fin 9073/PMD-I-515 Thermal
8977/SAT-J-515 The Effect of
9656/TMG-K-515 An Experimental
Convection in an Inclined
Resistance and Heat Transfer
Model Adjacent Temperature
Entrance Effects in a
Liquid Mass Flow Rate on Heat
Analysis of an Open Loop
Differentially Heated Square
Characteristics of Micro Pin-Fins
Profile Interactions,
Thermoacoustic Stacked Screen
Transfer for an Air-Water Atomizing Pulsating Heat Pipe Operating with
Cavity,with Different Cross-Section
L. Desgrosseilliers, D.Groulx, M.A. Regenerator,
Mist Jet,
a Dielectric Working Fluid for
S. Armfield, M. Kirkpatrick, N.
Shapes,White
S. Bühler, D. Wilcox, J. Oosterhuis, C. Quinn, D. Murray, T. Persoons Embedded Power Electronic
Williamson, W. Lin
Z. Liu, N. Guan, C. Zhang, G. Jiang
T. van der Meer
Applications,
D. Kearney, O. Suleman, J. Griffin
10:20 9747/NCV-F-516 Natural
8444/CND-H-516 Thermal
9178/TMG-K-516 Experimental
Convection in an Open VerticalProtection Design for Flight Data
and Theoretical Study of Steady
Channel with Heated Walls at highRecorders,
Non-Fourier Heat Conduction inRayleigh Number,
R. Amin Rana, R. Li
Free-Standing Gold Nanofilm,
C. Daverat, Y. Li, H. Pabiou, C.
H. Wang, X. Zhang, Z. Guo
Ménézo, S. Xin

113

General Sessions in Parallel
15th, Friday
Room B1

PBL5 : Pool Boiling (5)Session 52 (12:50 - 14:50)
Room B2

TPM1 : Two-phase/Multiphase
Flow (1)
C. Colin & M. Ozawa
T. Ami & C. Y. Yang
12:50 8441/PBL-B1-521 Stability and8955/TPM-B2-521 R1234yf Heat
Mode Transition of Boiling on a Flat Transfer Coefficient during
Surface,
Condensation in a Mini-Channel
J. Lu, J. Ding
Multiport Tube,
A. Lopez-Belchi, J.R.
García-Cascales, F. Vera-García,
F. Illán-Gómez
13:10 9511/PBL-B1-522 Boiling Heat
8561/TPM-B2-522 Flow
Transfer Characteristics and Film Condensation Heat Transfer on
Boiling Collapse Temperature
Engineered Surfaces,
through the Two-Dimensional
C. Yao, J. Alvarado, C. Marsh, B.
Temperature Field Measurement, Jones, M. Collins
H. Ohtake, K. Hasegawa
13:30 10081/PBL-B1-523 Effects ofPorous SIC Deposition and High
Thermal Conductive Graphene
Layer on Critical Heat Flux,
H. Seo, I. Bang

10072/TPM-B2-523 Gallium
Melting in a Rectangular Box,
O. Ben-David, A. Levy, B.
Mikhailovich, A. Azulay

14:30 9592/PBL-B1-526 Crisis in Pool
Boiling: Alternative toHydrodynamic Approach,
V.V. Yagov

9192/TPM-B2-526 Irreversibility
Analysis of an Evaporator for Use
in a Micro-Refrigeration Cycle,
G. Türkakar, T. Okutucu-Özyurt

Room C1

CNV1 : Convection (1)S. Anouar & K. Kobayashi
9942/CNV-C1-521 Heat Transfer
Performance of Finless Heat
Exchanger Using Airfoil-Shaped
Tubes with Extended Leading or
Trailing Edge Section,
H. Onishi, A. Yamamoto, Y. Tada,
A. Takimoto
9230/CNV-C1-522 Modified
Endwall Fluid Flow in a Dimpled
Pin Fin Array for Heat Transfer
Enhancement,
S. Roux, G. Mahmood, J.P. Meyer

Room C2

HTE8 : Heat Transfer
Enhancement (8)K. Tatsumi & V. Timchenko
8426/HTE-C2-521 Heat Transfer
Analysis of Aluminum Honeycomb
Panels Incorporating
Microencapsulated PCM,
C. Lai, S. Hokoi
9952/HTE-C2-522 Vortex Heat
Transfer Enhancement in Dimpled
Channels,
A.I. Leontiev, S. Isaev, N. Kornev,
Y. Chudnovsky, E. Hassel

8698/CNV-C1-523 Heat Transfer
8765/HTE-C2-523 A Numericaland Pressure Drop of Serrated
Experimental Study of Heat
Finned Tube Banks in Forced
Transfer Enhancement Using
Convection,
Unconfined Steady and Pulsating
A. Yamada, H. Nakaharai, S. Goto, Turbulent Air Jet Impingement,
M. OdaS. Alimohammadi, T. Persoons,
D.B. Murray
13:50 8856/PBL-B1-524 Boiling on an
8609/TPM-B2-524 Turbulent Mass 8338/CNV-C1-524 The Influence8983/HTE-C2-524 Applying Phase
Isolated Nucleation Site Close toTransfer Model to Predict Waxof Surface Roughness on Heat
Separation of a Solvent System
CHF Conditions,
Deposition in Multiphase Flow inTransfer in the Transitional Flowwith a Lower Critical Solution
O. Kannengieser, W. Bergez, C.
Pipelines,
Regime,Temperature for Enhancement of
ColinF. Brum, S. Stuckenbruck, A.
M. Everts, S. Ayres, F. Mulock
Cooling Rates by Forced and Free
Nieckele
Houwer, C. Vanderwagen, N.M.
Convection,
Kotze, J.P. Meyer
A. Ullmann, I. Lipstein, N. Brauner
14:10 9423/PBL-B1-525 Effect of9066/TPM-B2-525 Numerical9092/CNV-C1-525 High-Order9271/HTE-C2-525 Unravelling
Kelvin-Helmholtz Instability on CHF Study of Slug Flow Heat Transfer in Numerical Implementation ofConvective Heat Transfer in thefor Thin Flat Plate Heater,
Microchannels,
Surface Radiation for the Coupling Rotated Arc Mixer,
J. Lee, W. Lee
T. Bandara, S.C.P. Cheung, G.
with Natural Convection in an
M. Speetjens, Ö. Baskan, G.
Rosengarten
Air-Filled Square Cavity,
Metcalfe, H. Clercx
R. Knikker, S. Xin, R. Dai

114

Room D

Room E

General Sessions in Parallel
Session 52 (12:50 - 14:50)
Room FOPT : Optimal Control/Theory

Room G

Room HNMM3 : Nano/Micro Scale
CND4 : Conduction (4)Measurement and Simulation (3)T. Hatakeyama & Z. Li
W. Ma & K. Takahashi
D. Groulx & S. Kimijima
12:50 9477/OPT-F-521 Heat Conduction 9459/NMM-G-521 Investigation of 9137/CND-H-521 Experimental
Optimization of Anisotropic
Thermal Resistance and Heat
Investigation on UnsteadyComposite Material Using&RQGXFWLRQDWĮ-Quartz-Liquid
Conjugate Heat Transfer Caused
Simulated Annealing Algorithm,
Alkane Interfaces Using Nonby Flow Turbulence,
C. Yuan, L. Li, X. Luoequilibrium Molecular Dynamics
H. Nakamura, N. Shiibara, S.
Simulations, H.K. Chilukoti, G.
YamadaKikugawa, M. Shibahara, T. Ohara
13:10 9670/OPT-F-522 Adjoint-Based9136/NMM-G-522 Gas Molecular 9556/CND-H-522 Conjugate
Optimum Thermal Control ofMomentum Exchange
Cooling of Protruding Heaters in a
Pulsed Laser Diodes,
Characteristics in Nanopores,
One Side Closed Duct by
K. Morimoto, Y. Suzuki
Q. Liu, Z. Chai
Impinging Flow,
I. de Marchi Neto, C. Altemani
13:30 8602/OPT-F-523 Virtual
Distribution and Mixing Entransy
Analysis Method,
X. Qian, Z. Li, Z. Li, Z. He

9429/NMM-G-523 Evaporation
Dynamics of Microdroplets,
M. Matsumoto, J. Tatsumi, M.
Hosoda13:50 9018/OPT-F-524 Multi-Objective
Optimization of Vortex Generators
Position and Angles in Fin-Tube
Compact Heat Exchanger at Low
Reynolds Number Using Neural
Network and Genetic Algorithm, L.
Salviano, D. Dezan, J. Yanagihara
14:10 8411/OPT-F-525 Study on Model
Predictive Control to Minimize
Temperature Change at Multi
Positions in Vertical Plate with
Varying Heat Generation,
S. Hirasawa, T. Kawanami, K.
Shirai
14:30 9168/OPT-F-526 Numerical
Topology Optimization of Heat
Sinks,
T.V. Oevelen, M. Baelmans

9391/NMM-G-524 Heat Transfer
across a Confined Thin Film with
Structural or Mass Disorder: A
Molecular Dynamics Study,
C. Shao, H. Bao
9000/NMM-G-525 Kinetic Study of
Li2SO4.H2O Dehydration Using
Microscopy and Modeling,
S. Lan, H. Zondag, C. Rindt

9383/CND-H-523 ThermalManagement Characteristics ofLithium-Ion Batteries According to
the Arrangement,
H. Lee, H. Son, I. Park

Room I

9418/NMM-G-526 MD Simulation 8813/CND-H-526 The Mean Freeon Cryogenic Sublimation
Path of Gas Molecules in Confined
Dynamics of Dry Ice Nanoparticles, Nano-Porous Structures,
Y. Chen, L. Chen, X. Zhang
G. Wei, L. Wang, X. Du, Y. Yang

Room J

PMD6 : Porous Media (6)CMB1 : Combustion (1)N. Haruki & P. Vadasz
8742/PMD-I-521 A Mathematical
Model for a Boiling Process ofFood Stuff Based on the PorousMedia Theory,
T. Yoshinaga, T. Hara

Y. Deguchi & Y. Fukuyama
8589/CMB-J-521 Effects of Local
Flame Displacement Velocity on
Turbulent Burning Velocity for
Stoichiometric Hydrogen-OxygenDilution Gas Mixtures,
M. Nakahara, F. Abe, K. Tokunaga

9730/PMD-I-522 Direct-Inverse
Analysis of Heat Transfer in
Micro-Models of Porous Media,
C.P. Naveira-Cotta

9097/CMB-J-522 Hydrogen
Combustion in the Turbulent
Boundary Layer on a Permeable
Surface,V. Lukashov, V. Terekhov

8848/PMD-I-523 Modelling Heatand Mass Transfer in Porous
Material during Pyrolysis Using
Operator Splitting and
Dimensionless Analysis,
J. Maes, A. Muggeridge, M.
Jackson, M. Quintard, A. Lapene
9253/CND-H-524 Heat Transfer
9108/PMD-I-524 Towards a
Analysis in Human Skin Subjected General Spatial Averaging
to Flash Fire: Investigation of Dual Procedure for Multi-Scale Flow
Phase Lag Phenomenon,
Modeling in Heat Transfer Devices
U. Raj, P. Talukdar, A. Das, A.
with Repetitive Fin Structures,
Samy
G. Buckinx, M. Baelmans
9444/CND-H-525 Numerical
Simulation on Coupling of Heat
Conduction and Curing of Polymer
Composite with Finite Volume
Method,Y. Yu, P. Ming, Y. Jiao, X. Zhang

15th, Friday
Room K

TMG2 : Thermal Management(2)
I. Satoh & J. Shi
8553/TMG-K-521 Effect ofElectrode Configuration on theHeat Transfer Performance of aConcentrated Heat Source,
C. Chen, I. Chen, C. Wang
8807/TMG-K-522 Thermal Contact
Resistance of Gamma-IrradiatedMetallic Foil and Carbon Nanotube
Thermal Interface Materials,
R.A. Sayer, S.L. Hodson, T.P.
Koehler, S.E. Swanson, T.S. Fisher

8744/CMB-J-523 Effect of Ambient 8824/TMG-K-523 Experimental
Pressure on Soot Formation in
Investigation of Thermal
Oxy-Fuel Spray Jet Flame,
Performance of Phase Change
T. Kitano, J. Nishio, R. Kurose, S. Material Based Composite Heat
KomoriSink with Discrete Heat Sources,
Srikanth R., C. Balaji
9464/CMB-J-524 Role of CO2 in
9032/TMG-K-524 Study on Heat
the Soot Formation and Reduction Transfer Characteristics of
Mechanisms in CH4 Flat Flame
Miniature/Micro Pins,
Doped with Toluene under O2/CO2 N. Matsumoto, T. Tomimura, Y.
Environments,
Koito
H. Watanabe, S. Sugai, K. Okazaki

9217/PMD-I-525 Simulation of
9830/CMB-J-525 Relaxation
Multiphase Flow and Heat Transfer Phenomena in Reaction-Diffusion
in Porous Media Using Lattice
Processes,
Boltzmann Method,
J. RamosD. Wang, J. Shen, Z. Liu, W. Liu
9466/CMB-J-526 Alternating
Currents Enhanced PAHs
Formation in Nonpremixed Jet
Flames,Y. Xiong, M. Cha, S. Chung

9071/TMG-K-525 Analysis ofSpace Environmental and ISS
Parameters on the Thermal
Behavior of AMS,
Z. Cui, K. Wang, N. Wang, J. Song,Q. Sun, L. Cheng
9461/TMG-K-526 Characterizationof Valveless PiezoelectricallyActuated Micropumps with Novel
Diffuser Elements,
L. Ehrlich, J. Punch, N. Jeffers, J.
Stafford

115

General Sessions in Parallel
15th, Friday
Room B1

PBL6 : Pool Boiling (6)Session 53 (15:10 - 17:10)
Room B2

Room C1

Room C2

TPM2 : Two-phase/Multiphase CNV2 : Convection (2)HTE9 : Heat Transfer
Flow (2)Enhancement (9)I. C. Bang & K. Suzuki
H. Nagano & S. Sazhin
K. Ichimiya & H. Pabiou
T. Kawaguchi & A. Ullmann
15:10 8964/PBL-B1-531 Enhancement 8793/TPM-B2-531 Regimes of9209/CNV-C1-531 Turbulent
9839/HTE-C2-531 Effect ofof Nucleate Pool Boiling Heat
Nonisothermal Scavenging ofThermal Convection in an
Surface Orientation on theTransfer Using Water on Titanium Soluble Gaseous Pollutants by
Enclosure with Differently Inclined Rewetting Phenomena during Jet
Oxide and Silicon Oxide Surface, Rain in the Atmosphere with Non- Horizontal Wall: A LES study,
Impingement Cooling,
L. Fan, J. Li, D. Li, L. Zhang, Z. Yu, Uniform Concentration and
S. Kenjereš
A. Chitranjan, R. Kumar, A. Gupta,
Y. Hu
Temperature Distributions, T.
B. Chatterjee
Elperin, A. Fominykh, B. Krasovitov
15:30 9632/PBL-B1-532 Enhancement 8935/TPM-B2-532 Experimental
9593/CNV-C1-532 Modeling the9448/HTE-C2-532 Carbon
of Nucleate Pool Boiling Heat
Study on the Temperature andThermal Environment in an
Nanotubes as Thermal Interface
Transfer Using Water on Titanium Pressure Distribution of Steam Jet Operating Room,
Material Enhanced with Liquid
Oxide and Silicon Oxide Surface, in Subcooled Water Flow in a
S. Teixeira, N. Rodrigues, A.
Metal Alloy,
S. Das, S. Bhaumik
Restricted Channel,
Miguel, R. Oliveira, J. Teixeira, J.
Y. Ji, G. Li, C. Chang, Y. Sun, H.
X. Zong, T. Li, X. Yang, W. Han, J. Baptista
Ma
Liu, J. Yan
15:50 9551/PBL-B1-533 Modeling of9113/TPM-B2-533 Numerical
8429/CNV-C1-533 Fluid Flow and 8700/HTE-C2-533 Application of
Boiling Heat Transfer from
Investigation of Adiabatic Growth
Heat Transfer in Microchannel
Heat Transfer Technology with
Microstructured Surfaces,
and Detachment of Gas/Vapor
Heat Sinks with Zigzag
Phase Change Inhibited to
A. Ustinov, J. Mitrovic
Bubbles Injected from aLongitudinal Fins,
Integrated Heat Deriving andSubmerged Orifice at Various
G. Davaa, O. Jambal, Y. Jaluria
Radiating Systems,
Surface Inclinations,S. Lee, B. Wu
A. Georgoulas, M. Marengo
16:10 9004/PBL-B1-534 Study of the9456/TPM-B2-534 Melting,9355/CNV-C1-534 Study on Period 9148/HTE-C2-534 Geometric
Combined Effects of Liquid
Solidification and Coalescence of Flow and Heat Transfer
Optimisation of Multi-Layered
Properties and Surface
Metallic Particles Invoked by Laser Characteristics for
Microchannel Heat Sink with
Micropatterning on Pool Boiling
Heating,
Backward-Facing Step inDifferent Flow Arrangements,
Heat Transfer,
R. Dayal, T. Gambaryan-Roisman Transition Flow,
O.O. Adewumi, T. Bello-Ochende,
E. Teodori, A. Moita, A. Moreira
M. Zhong, S. Zou, Y. Yuan, G. Xi
J.P. Meyer
16:30 9044/PBL-B1-535
An Experimental Study of Carbon
Nanotube Coatings for Pool Boiling
Heat Transfer Enhancement,
J. Ho, K. Leong, C. Yang, I.
Pranoto8244/HTE-C2-535 Microscopic
Mechanism of Cavitation
Enhanced Heat Transfer: A
Modeling Study,
B. Liu, J. Cai, X. Huai

16:50 8805/PBL-B1-536 Influence of
Gap Size on Boiling andCondensation Co-Existing Phase
Change Heat Transfer in Small
Confined Space,
G. Zhang, Z. Liu, L. Wang, L.
Huang

8900/HTE-C2-536 Influence of
Several Parameters on Heat
Storage and Release Enhancement
Behavior of Latent Heat Storage
Paraffin with Aluminum Fiber
Materials, N. Haruki, A. Horibe, Y.
Sano, K. Hachiya

116

Room D

Room E

General Sessions in Parallel
Session 53 (15:10 - 17:10)
Room F

NMT : New Materials

S. Maruyama & S. Volz
15:10 8664/NMT-F-531 Enhanced
Thermal Conductivity of Epoxy
Composites with Hybrid
Carbon-Based Functional
Materials and Nano-Copper
Particles,
P. Zhang, Q. Li, Y. Xuan
15:30 9153/NMT-F-532 Radiative
Properties of a Nanofluid Mixture,
J. Eggers, S. Kabelac

15:50 8890/NMT-F-533 Thermal andElectromagnetic Modeling of aMulti-Layer PCs Thermal
Protection Structure for Laser
Ablation,
H. Zhang, Y. Zhao, H. Yu, C. Qiu,
Y. Li
16:10 9390/NMT-F-534 The
Experimental Investigation of
Modified Surface Effect on
Microbial Fouling Characteristics,
Z. Xu, Z. Liu, L. Wu, Y. Zhang, Z.
Zhang
16:30 9823/NMT-F-535 Experimental
Analysis of High Weber Number
Drop Impact onto SuperHydrophobic and Hydrophobic
Surfaces,
F. Villa, C. Antonini, I. Roisman, M.
Marengo
16:50 9482/NMT-F-536
Superhydrophobicity or
Icephobicity for an Effective Icing
Mitigation Strategy?,
C. Antonini, A.Amirfazli, M.
MarengoRoom G

Room HNMM4 : Nano/Micro Scale
FLM : Film
Measurement and Simulation (4)S. Maruyama & M. Shibahara
K. Hanamura & A. Komiya
9922/NMM-G-531 Adsorption/
9254/FLM-H-531 Thin Film
Desorption and Transport of Water Evaporation in Microchannel
in Two-Dimensional Hexagonal
Membrane for Solar Vapor
Mesoporous Silica,
Generation,
H. Daiguji, K. Yamashita, H.
A.A. Alsheghri, T. Zhang
Yanagihara, A. Endo

Room I

Room J

Room K9238/CMB-J-535 Experimental
and Numerical Study of a CooledRocket Combustion Chamber,
L. Dorey, P. Grenard, L.
Matuszewski, L. Selle

9311/TMG-K-535 An Entransy
Dissipation-Based Method for
Optimal Control of Variable Water
Volume Heat Exchanger Networks,
Q. Chen, Y. Wang

TMG3 : Thermal Management(3)
K. Morimoto & R. Sayer
G. Inoue & T. van der Meer
J. Ramos & H. Watanabe
9359/PMD-I-531 CO2 Trapping9164/CMB-J-531 A Numerical
8886/TMG-K-531 Solar PV
Phenomena in Porous Media of
Study on the Combustion and Heat Passive Temperature Control
Geological Storage by LatticeTransfer Characteristics of a Spark Using Phase Change Materials,
D. Groulx, P.H. Biwole
Boltzmann Method,
Ignited Engine Applying Heat
S. Uemura, A. Noda, S. Tsushima, Insulation Coatings to the CombusS. Hirai
tion Chamber Wall Surface,
A. Kikusato, J. Kusaka, Y. Daisho
9179/NMM-G-532 Series Study on 8899/FLM-H-532 Measurement of 8734/PMD-I-532 Numerical Study 9980/CMB-J-532 On Heat
9200/TMG-K-532 Photonic
the Thermal Transport Properties Liquid Film Thickness Formedof Physical Characteristic of
Transfer in the Stabilization Zone of Structures Based Thermalof Nanofilm by Applying Transient between Colliding Twin Bubbles
Porous Media Containing Methane an Attached Methane Flame in Air Rectification: Toward Tunable
Thermoreflectance Method,
during Coalescence Process,Hydrate Using Pore Network
Coflow,
Radiative Thermal Rectifiers,
W. Ma, X. Zhang, K. Kubo, M.
T. Morokuma, Y. Utaka
Model,
S. Lamige, C. Galizzi, M. Kühni,E. Nefzaoui, Y. Ezzahri, K. Joulain,
Kohno, Y. Takata, T. Ikuta, K.
J. Wang, Y. Song, J. Zhao, D. Liu, K.M. Lyons, F. André, D. Escudié
J. Drevillon
Takahashi
L. Yang, Z. Zhu, X. Chen
8343/NMM-G-533 Thermal
9537/FLM-H-533 Evaporation,
9025/PMD-I-533 Numerical
9417/CMB-J-533 CFD Analysis of 9251/TMG-K-533 The Design &Conductivity of Amorphous/
Dynamics and Crisis Phenomena Modeling of Three Dimensional
Stationary Fire Whirls and Moving Characterization of a Miniature
Crystalline Silicon Nanowires and in Thin Liquid Films Sheared byHeat Transfer and Fluid Flow
Fire Whirls Crossing Over Barriers Shape Memory Alloy Valve forSuperlattices,
Gas in a Narrow Channel,
through Interrupted Plates Using
in Urban Fires,
Passive Thermal Management,
K. Termentzidis, E. Blandre, A.
O. Kabov, D. Zaitsev, Y. Kabova, V. Unit Cell Scale,
K. Satoh, N. Liu, X. Xie, W. Gao
A. Waddell, J. Punch, J. Stafford,
France-Lanord, V. Jean, S.
Cheverda
C. Zhang, T. Simon, P. Li, J.Van de
N. Jeffers
Merabia, T. Albaret, D. LacroixVen8885/NMM-G-534 Synthesis and 9565/FLM-H-534 Modeling of9937/PMD-I-534 Performance of a 9387/CMB-J-534 The Importance 8913/TMG-K-534 Numerical
Thermal Conductivity of
Nanoporous Membranes for High Drainage Trench Employed asof Detail Reaction Mechanisms for Investigation of Thermal
Monodisperse Hollow Silica
Flux Thin Film Evaporation,
Ground Heat Exchanger,
Temperature Field Predictions ofManagement for Kilowatt
Nanospheres,
Z. Lu, S. Narayanan, D. Hanks, R. M. Bottarelli, H. Fujii, V. Di Federico Compartment Firs,
Vanadium Redox Flow Batteries,
T. Gao, B.P. Jelle, L.I. Sandberg, A. Raj, R. Xiao, D. Antao, E.N. Wang
C. Yuen, G. Yeoh, R.K.K. Yuen, V. B. Zhang, Y. Lei, B. Bai, T. Zhao
Gustavsen
Timchenko
8366/NMM-G-535 Monte Carlo
Simulations of the Thermal
Properties of Silicon andGermanium Mesoporous
Nanostructures,
V. Jean, S. Fumeron, K.
Termentzidis, D. Lacroix

9671/FLM-H-535 Marangoni Effectin Heated Falling Liquid Film on a
Vertically Confined Plate,
F. Zhang, Y. Ding, X. Zhu, H.
Wang, Q. Liao, G. SongPMD7 : Porous Media (7)15th, Friday
CMB2 : Combustion (2)8615/CMB-J-536 Research on
Combustion Process in a Novel
Microcombustor with Block Inserts,
W. Yang, D. Jiang, K. Chua, K.
Chua

117

Awards
Recipient of the 2014
William Begell Medal

Recipient of the 2014
Donald Q. Kern Award

Jing Liu

Sumanta Acharya

Professor, Technical Institute of Physics and Chemistry,
Chinese Academy of Sciences
Professor, Department of Biomedical Engineering, Tsinghua University

L. R. Daniel Professor and Fritz & Francis Blumer Professor,
Department of Mechanical Engineering, Louisiana State University
Program Director, National Science Foundation

Dr. Jing Liu has been a professor at Technical Institute of Physics andChemistry, Chinese Academy of Sciences since July 1999 and a professor atTsinghua University since August 2008. Dr. Liu works intensively at theinterdisciplinary areas of thermal sciences. He has made significant
contributions to the bioheat transfer area through numerous conceptual
innovation, methodology development and technical inventions spanning fromhigh- to low-temperature medicines. Particularly, he proposed the concept ofNano-Cryosurgery and alkali metal hyperthermia therapy for a better targeted
ablation of tumor. Through 15 years’ continuous efforts, his invention on the
Combined Cryosurgical/Hyperthermia System for Tumor Treatment has beentranslated into clinical trial. Dr. Liu’s another noteworthy contribution is
initiating the Liquid Metal Printed Electronics from which electronic circuit,sensor, conductive film or 3D metal objects can be printed out in a moment.
Dr. Liu is a recipient of 2010-2011 Best Paper of the Year Award fromASME Journal of Electronic Packaging, the National Science Fund forDistinguished Young Scholars of China, National Science and Technology
Award for Chinese Young Scientist, Mao Yi-Sheng Science and Technology
Award for Beijing Youth. He has graduated more than 50 Ph.D. or Master
degree students and received five times highest teaching award from theCAS.

Sumanta Acharya holds the L. R. Daniel professorship and the Fritz &Francis Blumer professorship in the department of Mechanical Engineering at
Louisiana State University (LSU). He is the founding director of the Center for
Turbine Innovation and Energy Research which focuses on energy generationand propulsion research. Since September 2010 he is on assignment(2010-2014) from LSU at the National Science Foundation as the Program
Director of the Thermal Transport Program in the Engineering Directorate.
Professor Acharya received his undergraduate degree from the Indian
Institute of Technology in Kharagpur, and his Ph.D. from the University of
Minnesota. Following his Ph.D., he joined the faculty of mechanicalengineering at LSU. Prof. Acharya has developed a multifaceted research
program in heat transfer with a foci on gas turbine heat transfer andcomputational heat transfer. His scholarly contributions include mentoringnearly 85 post-doctoral researchers and graduate students, and publishingnearly 190 refereed journal articles and book chapters and over 230 refereed
conference /proceedings papers. Prof. Acharya’s research has been
continuously supported by federal funding agencies and industries with nearly
25 million dollars of funded research during his LSU career, and includes
major efforts in the area of gas turbine aerodynamics and heat transfer,
combustion, computational fluid dynamics and fundamental heat transfer.

The William Begell Medal, For Excellence in Thermal Science and Engineering is being
established in 2010 by Begell House Inc. The medal will be awarded to an individual, fromamong those selected to deliver Keynote lectures at the current IHTC Conference, who isheld in high regard by the heat transfer community for his/her contributions an excellence inthermal science and technology and whose IHTC Keynote paper is judged to make aprofound contribution to the thermal science and engineering literature.

The Donald Q. Kern Award is bestowed in recognition of the expertise in a given field ofheat transfer, transport phenomena, and energy processes. Special emphasis is given tocontributions that have significant practical applications. Established in 1973 by the Heat
Transfer and Energy Conversion Div., now known as the Transport and Energy Processes
Div. of AIChE, the award honors Donald Q. Kern, a pioneer in the field of process heattransfer, and commemorates his outstanding contributions as a researcher, educator,
author, and practicing engineer. The Award is sponsored by Dana Holding Corporation.

118

Awards
Recipient of the 2012
Luikov Medal

Recipient of the Nukiyama
Memorial Award 2014

Nobuhide Kasagi

Gang Chen

Professor Emeritus, The University of Tokyo
Principal Fellow, Japan Science and Technology Agency

Carl Richard Soderberg Professor of Power Engineering
Head of the Department of Mechanical Engineering
Massachusetts Institute of Technology

Dr. Kasagi has been a faculty member at the University of Tokyo since hereceived Ph.D. in mechanical engineering in 1976. He has made fundamental
and applied research on fluid mechanics and heat transfer with his uniquesynergetic experimental and computational methodology. In his early work on
turbulent heat transfer, he visualized for the first time the thermal streaky
pattern, and later developed a 3-D particle tracking technique and a direct
numerical simulation method. These new tools enabled him to discovercoherent turbulence motions and establish the data bases of various turbulent
transport phenomena, which have been used as a standard benchmark byhimself and many other workers in the world. His pioneering work was further
extended to smart control of turbulent transport, two-phase flows withparticles/bubbles/cells, micro-scale thermal and fluid systems. He has also
conducted national projects on gas turbines, solid oxide fuel cells, micro heatexchangers, and small-scale distributed energy systems.
He has actively devoted himself to various professional services such as
an organizer of many international conferences and an editorial member forseveral international journals, e.g., Editor-in-Chief of the Int. J. Heat & Fluid
Flow from 1993-2012. He has been recognized by many awards and honors
such as the William Begell Medal, the Aurel Stodola Medal, and Fellow of theRoyal Swedish Academy of Sciences, the Royal Academy of Engineering, theEngineering Academy of Japan, the ASME, and the JSME.

Dr. Gang Chen is the Carl Richard Soderberg Professor of PowerEngineering and Head of the Department of Mechanical Engineering at
Massachusetts Institute of Technology (MIT). He received his B.S. and M.S.
degrees from Huazhong University of Science and Technology (HUST), China,
in 1984 and 1987, respectively. He obtained his Ph.D. degree from
Mechanical Engineering Department, UC Berkeley, in 1993 under thesupervision of the Chancellor Chang-Lin Tien. He was the first holder of the
Warren and Towneley Rohsenow Professorship at MIT (2006-2009).
Dr. Chen’s research interests center on nanoscale transport and energy
conversion phenomena, and their applications in energy storage andconversion, and thermal management. He has made seminal contributions
to the understanding of reduced thermal conductivity in nanostructures
structures such as quantum wells and superlattices via both modeling andexperimental studies. He and his collaborators exploited the unique nanoscaleheat conduction physics to advance the field of thermoelectric materials andtheir applications in solar thermal and waste heat recovery. His group also
developed strategies to engineer nanostructures to achieve high thermal
conductivities, including the development and demonstration that polymer
nanofibers can be more thermally conductive than most metals, and additives
to liquids which significantly improve their thermal conductivity.

The Luikov Medal is awarded by the International Centre for Heat and Mass
Transfer (ICHMT) to one individual every two years for outstanding contributions to thescience and art of heat and mass transfer and for activities in international scientificcooperation in conjunction with ICHMT programs. The award is dedicated to Aleksey
Vasilievich Luikov, a renowned Russian pioneer in the field of heat transfer.

The Nukiyama Memorial Award has been established by the Heat Transfer Society ofJapan in 2012 to commemorate the land-mark contributions by Shiro Nukiyama as an
outstanding heat transfer scientist. Nukiyama addressed the challenges of the boilingphenomena and published an epoch-making paper, well known as the Nukiyama curve(boiling curve). The Nukiyama Memorial Award shall be bestowed to a scientist, preferably
under 50 years of age, every two years in the field of Thermal Science and Engineering.

119

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The BEGELL DIGITAL LIBRARY (BDL) is acomprehensive,full-text
databaseproviding the latest research data andinformation across a broad spectrum ofengineering and biomedical sciences andapplied works. The BDL contains
professional peer-reviewed journals,
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International Centre for Heat & Mass
Transfer
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120

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Japan & Kyoto

JAPAN[K01] Kokusaikaikan

Hokkaido

Population : 127 million

Takaragaike-doriArea : 377,900 km2

5

Kyoto International
Conference Center[K03]
Kitayama
Kitayama-doriOike-dori

Shikoku

Kyoto

[T14]
Nijojo-mae[K08]Karasuma
Oike

Shijo-dori[HK84]
6KLMRƿPL\D

[K10]
Gojo

History : The former capital(from 794 to 1868)

Shichijo-dori[K11]

World Heritage Sites : 17

Osaka

Shirakawa-dori(for Young Researchers Meeting,on Wednesday evening)

[T11]
[K07]
Sanjo
[T10]
Marutamachi Keihan Higashiyama[T12] Subway Tozai Line [T09]
Kyoto
Keage
[K09] Shiyakusho-mae
Shijo[HK85]
KarasumaGojo-dori

Population : 1.47 million

Okinawa Islands[T13]

Hankyu Railway
135°E

300 km

NijojoCastleKyoto Int’l.
Community House

Gion[HK86]
Kawaramachi

Kyoto Sta.

JR (Shinkansen & Local Lines)

HigashiǀML-dori

[T15]
Nijo

Kyoto
Imperial
PalaceKawabata-dori

3

Marutamachi-dori.

[K06]
Imadegawa

Kamo Riv.

35°N

[K05]
Kuramaguchi

Kawaramachi-dori

Imadegawa-dori

Subway Karasuma Line.LWDǀML-dori
12

8

Kyushu[K02]
Matsugasaki[K04].LWDǀML

Karasuma-dori

11

6

Conference Site

Horikawa-dori

Large Cities(more than 1 million population) :1. Tokyo
2. Yokohama
3. Osaka
4. Nagoya
Honshu5. Sapporo(Main Island)
6. Kobe7. Kyoto
8. Fukuoka
9. Kawasaki
10. Saitama
101
11. Hiroshima
Mt. Fuji 92
12. Sendai
4
7

Tokyo
"dori" means "street".

122

JapanJapan && Kyoto
Education System in JapanThe following is a typical example:
Age 5–6:
kindergarten
Age 7–12: elementary schoolAge 13–15: junior high schoolAge 16–18: high schoolAge 19–22: university, undergraduate course
Age 23–24: university, graduate course (master)Age 25–27: university, graduate course (doctor)
Semesters: April through March (2 or 3 terms)
In most university departments of engineering or science, senior students joina laboratory and submit a senior thesis.

Kyoto (Heian-kyo)
Since Kyoto was the capital of Japan for more than one thousand years, from
794 to 1868, when it was known as Heian-kyo (“capital of tranquility andpeace”), it offers myriad historic attractions. Seventeen UNESCO-designatedWorld Cultural Heritage Sites are the crown jewels of Kyoto city.

Genji Monogatari Emaki (ca. 1120–1140), The Tokugawa Art Museum

Heian-kyo (view from the north)© Courtesy of Toshio Kajikawa, Director, Kyoto City Archeological Research Institutehttp://ja.wikipedia.org/wiki/%E6%9D%A1%E5%9D%8A%E5%88%B6
http://3dkyoto.blog.fc2.com/blog-entry-113.html

Note: the Heian-kyo center was located to the west of today's Kyoto City.

123

Kyoto in August
Largest Full Moon of the Year:
10th, Sunday
The largest and brightest fullmoon of the year heralds
our opening reception on
August 10. On this day, themoon will be both full andclosest to the Earth (technical name, perigee-syzygy).
The pearly orb glowing inthe sky will appear 14% larger and 30% brighter than when located at thefarthest point of its elliptical orbit. The moon will rise at 18:14 and reach its
zenith in Kyoto at 23:49 on August 10. http://www.nao.ac.jp/astro/sky/2014/01.html

Special Tour: 13th, Wednesday
A special bus tour has been arranged for IHTC-15 participants, at a special
discount. This tour, during the afternoon of August 13, will take you to
Kinkaku-ji Temple (the Golden Pavilion), Nijo-jo Castle, and Kiyomizu- dera
Temple, all of which are famous and exalted cultural treasures of Japan.
Departure
Kyoto International Conference Center (ICCK), 13:00
Terminuses
Kyoto Station; Karasuma-Oike, 18:30
Tour fee
8,000 JPY
Minimum number of participants: 30
Maximum number of participants: 80
Tour fee includes:Travel cost, Admission fees, lunch box,
English speaking guide
Itinerary
ICCK to Kinkaku-ji Temple (13:10–13:40);
Kinkaku-ji Temple to Nijo-jo Castle (14:30–14:50);
Nijo-jo Castle to Kiyomizu-dera Temple (15:50–16:30);
Kiyomizu-dera Temple to Kyoto Station (18:00–18:15);
Karasuma-Oike (18:30)
How to join the tour
1. Log in to “My Page” of the Registration site.
2. Click the “Confirm/Purchase/Edit/Cancel/Additional Application” button in
the My Menu column.

124

3. Locate the “Special Conference Tour” column at the bottom of the page.
Click the “New/Additional Application” button. Follow the procedure shownon the next page and fill in the required information.
If you have any difficulty, please inquire at the registration or tour desk.

Ikebana Experience: 14th, Thursday“Ikebana”: The Japanese art of flower arrangement
A short lesson to experience the Japanese art of flower arrangement is heldon August 14, specially for accompany persons. The lesson is for beginners
and will be held in English. Please come to the registration desk if you like tojoin the lesson.
Maximum number of participants: 30
Time
15:00-17:00
Location
Conference site (ICCK), Room 104
Lecturer
Prof. Katsuhito Kurata (Ikenobo Headquarters)

Gozan-no-Okuribi: 16th, Saturday
Gozan-no-Okuribi, roughly meaning “fires lit on five
mountains to guide the return of ancestor spirits,” isone of the most traditional and impressive annual
events in Kyoto. Gigantic Chinese characters andsymbols, constructed from hundreds of carefully
stacked arrays of logs and sacred wooden offerings,
are lit in sequence, from east to west, on the five
mountains surrounding Kyoto. Starting at 8 p.m., theChinese character of Dai, meaning of “Large,” is set
ablaze on Daimonji Mountain, and is soon followedby the four other fires: “Myo-Hou”, “Funagata”,“Hidari-Daimonji,” and “Torii”. This event originatedin the ancient religious practice of lighting torches toguide ancestor spirits, temporarily staying with relations in the present world
for a few days, on their return journey to the spirit world. Marking the end of
the O-bon festival that is held every August throughout Japan, people
appreciate the summer they enjoyed and feel the breeze of the coming
autumn they look forward to. Gozan-no-Okuribi is particularly loved by Kyoto
people, and many thousands of tourists gather here on the evening of August
16 to share this feeling.

History of IHTCs
#

Year

1

1951

2
3
4
5
6
7

1961
1962
1966
1970
1974
1978
1982

126

City
LondonAtlantic City
Boulder
LondonChicagoParis Versailles
Tokyo (ᮾி)
TorontoMünchenNationUnited Kingdom
United States
United States
United Kingdom
United States
FranceJapan
CanadaGermany

#
8
9
10
11
12
13
14
15
16

Year
1986
1990
1994
1998
2002
2006
2010
2014
2018

City
San Francisco
Jerusalem
Brighton
Kyongju (៞ᕞ)
Grenoble
SydneyWashington
Kyoto (ி㒔)
Beijing (໭ி)

NationUnited States
IsraelUnited Kingdom
Korea
FranceAustralia
United States
Japan
China

2014 Tricentennial

Daniel Gabriel Fahrenheit
invented mercury thermometer in 1714
http://www.pg.gda.pl/en/index.php/about/patrons
http://bigstory.ap.org/article/scientists-make-virtual-portrait-fahrenheit
The undated picture provided on Tuesday, Nov. 27, 2012 by the Gdansk
University of Technology Press Office shows a computer-generated
portrait of physicist Daniel Gabriel Fahrenheit. As according to scientists
there are no portraits of Fahrenheit, the Gdansk-born inventor of atemperature scale, scientists developed a special computer program
generating portraits of people whose appearance is unknown, using portraits
of relatives. (AP Photo/Gdansk University of Technology Press Office)Personal
PersonalMemories
Memories ofof IHTCs
Personal Memories of IHTCs

John Rose
Queen Mary University of London, UK
Having attended all except the first IHTC, I was honored to be invited to add a
few lines on my personal memories. These are a few recollections of experiences
and individuals whom I first met at IHTCs and who have influenced my life andcareer. I hope that at least something may be of interest to IHTC-15 attendees.
The conference called the IMechE/ASME General Discussion on Heat
Transfer was held in London and Atlantic City 1951, and later the International
Heat Transfer Conference in Boulder 1961 and London 1962. Only after the
meeting in Chicago in 1966, which was given the title Third International Heat
Transfer Conference, did the earlier meetings become recognized as the first andsecond IHTCs. I attended the second when I was a graduate student working on
dropwise condensation in London.
At the 1962 London conference a paper by Professor Westwater of the
University of Illinois, Urbana (chairman of the later third conference) reported
heat-transfer coefficients for dropwise condensation which were lower than I wasobserving by factors exceeding 10 and showed the opposite trend to mine
regarding dependence on temperature difference. (The heat-transfer coefficientincreases with increasing temperature difference in dropwise condensation due toincrease in active nucleation site density.) I did not venture to speak at thatmeeting but later wrote in a 1964 Int. J. Heat Mass Transfer paper “There exists awide range of published results. The approximate extremes are given by thepresent work and those of Welch and Westwater.” Many years later Jim
Westwater magnanimously invited me to participate in a special conference tomark his retirement.
The 1966 conference was of particular significance for me. On my way from
London to Chicago I stopped in Boston for a few days and met Warren Rohsenow
at MIT who invited me to spend a sabbatical year (1967/68) there. At the Chicago
conference Professor Edwin Le Fevre, my PhD advisor, and I published our theoryof dropwise condensation. Groups of papers were reviewed by rapporteurs rather
than individual presentations by authors. Peter Griffith of MIT, the rapporteur in ourcase, in an otherwise fairly complimentary review remarked that we, after criticallyreviewing the earlier experimental data, had discarded those we thought to bequestionable - but then he remarked that “this included most of the data in theliterature.” This was true - most of the earlier data were wrong due to the extreme
sensitivity of the vapor-surface temperature difference to the presence

non-condensing gases as well as to inadequate methods used to determine thevery small temperature differences. Unfortunately, this has also been the case in
subsequently published results. As a young man I was dismayed that both ourexperiments and theory were not immediately accepted as being correct. This hasapparently occurred only very slowly over the years and the recent resurgence ofinterest in dropwise condensation seems to have brought belated recognition ofthis work.
At the 1970 conference in Paris in order to save money I resided in a tent at theBois de Boulogne camp site and was surprised to see other conference attendees
there also. Perhaps most important for me was meeting Professor Ichiro
Tanasawa of the University of Tokyo. He and I were around the same age, andboth of us had closely similar views on dropwise condensation which differed fromthose held by many others at that time. This was the start of my long and happy
association with Japan. It was at IHTC-5 in Tokyo 1974 that I first encountered ayoung Yoshio Utaka, a graduate student of Professor Tanasawa at that time and
now Professor Utaka of Yokohama University.
I don’t have too many recollections of the Toronto 1978 meeting - except anexperience of “table dancing” in a bar where I was taken by students. At theMunich 1982 conference an important event for me was meeting again Professor
Evgenii Fedorovic of the Leningrad Polytechnic Institute. He and I had shared an
office in the heat transfer lab at MIT for my memorable year, 1967-68. San
Francisco 1986 enabled me to renew friendships with Warren Rohsenow andLeon Glicksman from MIT, and Paul Marto of the US Naval Postgraduate School,
Monterey where I had spent 6 months in 1981.
The Jerusalem conference in 1990 was clouded by events in the Middle East
for which, unfortunately, I still see no solution. Several US colleagues whom I was
hoping to see were not able to attend. I was only able to attend the Brighton, UK
meeting in 1994 for one day. At the Kyongju meeting in Korea 1998, I gave akeynote presentation – “Interphase matter transfer, the condensation coefficientand dropwise condensation.” Here I tried to emphasize my conviction that theso-called condensation coefficient in kinetic theory of phase change must be near
unity as assumed in our 1966 dropwise condensation theory.
Grenoble, 2002, which I recall as a most pleasant interlude in one of my manyvacation driving tours in France, enabled me to meet again my French colleagues
from university and industry. I did not see too much of the Sydney 2006 meeting
owing to a terrorist scare, which caused chaos at Heathrow airport in London anddelayed my arrival in Sydney by two days. Washington 2010 was memorable as
the end point of a trip via Beijing, Hong Kong, Los Angeles and Atlanta, where I
was glad to be able to spend time with my good friend Srinivas Garimella and his
students at Georgia Tech. Now I am looking forward to the Kyoto conference andrenewing acquaintance with friends from Japan and around the world. I have no
doubt that this will be very successful and trust that the conference series willcontinue long into the future.

127

Special
Special Public
Public Seminar
Seminarreflective. The proposed route for doing this is by way of a fleet of unmanned
ships powered by Flettner rotors with added performance achieved by adding
discs to the rotors. Some of the details of these craft including the
aerodynamic design of the thrust-producing Flettner rotors are examined. The
author’s team’s computations, using Computational Fluid Dynamics (CFD)
has shown that the proposed addition of discs to the rotors has a damaging
effect on the ship’s performance.

9th, Saturday
Room D
15:00 - 16:00
Special Public Seminar
Solar Radiation Management
ʊ Buying Time to Avert
Dangerous Global Heating ʊ
Brian E. Launder

Professor, ScD, DSc, DEng, Docteur (hc), FRAeS, FRS, FREng
School of Mechanical, Aerospace and Civil Engineering
The University of Manchester
Abstract
As is widely known, global warming has been occurring since theindustrialization of the world’s economy. It has now reached a level whereserious, difficult-to-reverse changes are occurring in our environment. Yet,
while governments talk about the need to reduce carbon dioxide emissions –the principal cause of the rise in temperature - the level of CO2 present in ouratmosphere goes on increasing steadily with no sign of levelling out, still lessof falling.
Thus, unless this pattern changes rapidly, emergency measures will beneeded, at least for a few decades, until the world does figure out how tosustain a style of living without substantial CO2 release. The lecture will focus
mainly on a strategy known as Solar
Radiation Management (i.e. reducing
the amount of sunlight reaching theearth) and, within that group of
approaches, on Marine Cloud
Brightening.
Thisentailsthebrightening of low-level marine
stratus clouds by adding many
additional cloud-condensation nuclei(CCN) to make the clouds more

128

Professional biography of the speaker
Professor Launder was appointed Professor of Mechanical Engineering at
the University of California, Davis, in 1976, and stayed there four years until
he accepted the Headship of the Thermo-Fluids Division at the University ofManchester Institute of Science and Technology, in 1980.
His research group, focusing on the mechanics and mathematical modellingof turbulent flows, particularly in the presence of strong buoyant or rotational
forces, became internationally recognized. In particular, his group developed
the commonly applied standard k-İ turbulence and Reynolds stress transportmodels. In recognition of his many achievements, Professor Launder was
admitted as a Fellow of the Royal Society and the Royal Academy ofEngineering, and he has received many international honors, including
honorary degrees from two European universities. He also served as theRegional Director of the Tyndall Centre for Climate Change Research, from its
creation in 2000 until 2006.
While retaining his interests in fundamental turbulence modelling, much of
his time nowadays is spent preparing biographical matter and in editorial work.
------------------------------------------------------------------------------------------------------The special public seminar is to be held jointly with the Joule Energy Contest(JENECON) as the IHTC-15 public session, “Energy Revolution of the 21stCentury,” for which all are invited to attend free of charge.
Organized by
The Heat Transfer Society of Japan; Science Council of Japan
Supported by
Thermal Engineering Division of Japan Society of Mechanical Engineers;
Japan Science and Technology Agency; Institute of National Colleges ofTechnology, Japan; Kyoto Prefecture; Kyoto City; Board of Education of Kyoto
Prefecture; Board of Education of Kyoto City; Kyoto Convention Bureau;
Kameyama Candle House.

Joule Energy Contest (JENECON)
9th, Saturday
Room D
13:00 - 14:45
Joule Energy Contest (JENECON)A scientific/technological contest
for high school students andtechnical college students
Abstract
An important mission of the 15th International Heat Transfer Conference
organizing committee is to transcend the conventional framework of an
academic conference, which mainly caters to professionals, by also focusing
upon activities that engage the public at large. Naturally, “Energy” is one of themost important keywords in Heat Transfer. We are holding a contest, called
the “Joule Energy Contest” (JENECON), for Japanese high school andtechnical college students, together with a public seminar on relevant topics,
to raise young people’s awareness of energy and heat transfer issues.
The contest challenge is to elevate a 0.5 kg mass to a height of 10 meters
by using only the thermal energy of a candle flame. Consequently, theparticipants must strive to maximize the thermal efficiency of theircandle-powered lifting mechanism. Participants who have passed thepreliminary round will make their final presentations on August 9th at the
Kyoto International Conference Center, prior to IHTC-15. The “IHTC-15 Joule
Prize” will be awarded to the team that achieves the highest thermal efficiency.
We hope that this contest will help young students appreciate the difficulties of
converting thermal energy to mechanical energy, and we are certain that
overcoming these difficulties through their own originality and ingenuity will be
deeply satisfying to the participants.
Seventeen teams from all over Japan applied in advance to participate inthis contest. Among these, 11 teams entered the contest and 7 have passed
the first screening. These teams are passionately committed to the contest
and have already realized surprising ideas and impressive results. The finallyselected teams will make roughly ten-minute oral presentations, starting at
13:00 on August 9th, in Room D of the Conference Center. This final stage isopen to the public, and we strongly hope that many people will attend the final
presentation of the Joule Energy Contest.
Contest schedule on August 9, 2014:
13:00–13:15
Brief explanation of the contest scope
13:15–14:45
Final selection of presentations by the seven teams thatpassed the first screening
15:00–16:00
Special public seminar by Prof. B. E. Launder
16:15–17:00
Award Ceremony and Comments on the results
Executive Committee for the Joule Energy Contest
Hitoshi Asano Kobe University
Masafumi Hirota Mie University
Hiroshi Iwai Kyoto University
Kosuke Nishida Kyoto Institute of Technology
Motohiro Saito Kyoto University
Masahiko Shibahara Osaka University
Kazuhiko Suga Osaka Prefecture University
Masato Tagawa Nagoya Institute of Technology
Kazuya Tatsumi Kyoto University
Yasutaka Yamaguchi Osaka University
Hideo Yoshida Kyoto University

Organized by
The Heat Transfer Society of Japan

Science Council of Japan,

Supported by
Thermal Engineering Division of the Japan Society of Mechanical Engineers;
Japan Science and Technology Agency; Institute of National Colleges ofTechnology, Japan; Kyoto Prefecture; Kyoto City; Board of Education of Kyoto
Prefecture; Board of Education of Kyoto City; Kyoto Convention Bureau;
Kameyama Candle House.

129Young Researchers Meeting (YRM)
13th, Wednesday
Kyoto Imperial Palace, etc.
13:30 - 20:00
Young Researchers Meeting (YRM)

On the 13th, we will start the YRM with a special tour at Kyoto Imperial Palace.
Afterwards, we will travel to an event site and enjoy networking activities and abuffet dinner, which may be the most important and exciting part of the YRM.
On the 14th, a post-meeting will be held at a reserved table in the lunch area
to solicit feedback from attendees and discuss our prospects for the next
YRM.

Networking events and activities
for young researchers in the fieldsof thermal science and engineering
The Young Researchers Meeting (YRM) is an event devoted to the casualinterchange of research and ideas in thermal science and engineering, andaims to expand the international networks of young researchers who havegathered from all over the world to participate in IHTC-15. This meeting is
primarily for research staff, postdocs, and PhD students younger thanapproximately 35. Originally, it was planned for 40–60 persons, but now wehave 77 participants from 17 countries. For this international group ofcolleagues, we have planned an excursion to the imperial palace (a special
reserved tour), stimulating networking activities, and a dinner party at the
Kyoto International Community House.
Time schedule
12th (Tue)
12:30–12:45
13th (Wed)
13:30
14:00–15:00
15:00–15:30
15:30–18:00
18:00–20:00
14th (Thu)
12:30–13:50

Pre-meeting in room 104 (Opening and announcement)
Meet at Kyoto Imperial Palace
Special tour inside the Kyoto Imperial Palace
Travel to Kyoto Int’l. Community House (by subway)
Networking activities
Dinner party
Post-meeting in the lunch area

On the 12th, a pre-meeting is scheduled for the opening address, staff introductions, and some announcements. The pre-meeting will be held in room
104, using the latter half of our lunch time after we finish eating.

130

Kyoto Imperial Palace

Kyoto Int’l. Community HouseNOTICE:The registration has been closed because the number of participants hasreached the maximum, so on-site registration for YRM is not possible.
You can find the latest information on the EventMobile and the official website(http://www.ihtc-15.org/YRM.shtml)
The Facebook page is now open. Find and join “Young Researchers Meetingin IHTC” to chat, share photos, and organize casual meet-ups.
YRM Project Members
Takuto Araki Yokohama National University
Grzegorz Brus AGH University of Science and Technology
Masashi Kishimoto Imperial College London
Yutaka Oda Kansai University
Motohiro Saito Kyoto University
Kazuya Tatsumi Kyoto University
Advisors
Hiroshi Iwai Kyoto University
Hideo Yoshida Kyoto University

Word
Word Heritage
Japanese:
Integration from Three Countries

The Chinese character corresponding to “heat” was developed because, foreffective arboriculture, warm condition (fire) is necessary.

Chinese characters

Chinese, Korean, and Japanese, share many Chinese characters.

ဍᭌ૨ᴾ

᣿૨ᴾ

ሮ૨ᴾ

Oracle bone script

Chinese bronze
inscriptions
from ca. 13th cent.
BCE

Seal scriptfrom ca. 14th cent.
BCE

ᕱᴾ
ᑸᴾ
arboriculture

້ᴾ
ᴾ
༏ᴾ
fire

heat

Phono-semantic compound characters(Radical-phonetic characters)
Created by combining a rebus with adeterminative, a character withapproximately the correct pronunciation,joined with one of a limited number ofdeterminative characters that supplies anelement of meaning.

from ca. 4th cent.
BCE(Numbers indicate the stroke order.)Hiragana and Katakana in Japanese

In addition to Chinese characters, Japanese also uses Hiragana andKatakana syllabaries, as shown below.
Three representations in Japanese (characters and pronunciation)
Japan

Heat transfer†

Kanji (Chinese characters)

᪥ᮏ

⇕ ఏ㐩

Hiragana (Japan original)࡟࡯ࢇࠊ࡟ࡗࡱࢇࡡࡘ ࡛ࢇࡓࡘ࡛ࢇ ࡡࡘ

Katakana (Japan original)ࢽ࣍ࣥࠊࢽࢵ࣏ࣥࢿࢶ ࢹࣥࢱࢶ

ࢹࣥ ࢿࢶ

ఏ ⇕

Japanese pronunciation
Nihon, Nippon
Netsu-dentatsu Den-netsu†
In Japanese “Netsu-dentatsu” means “Convective heat transfer.”

Approximately 5×10 matrix for Hiragana and Katakana (& Original Kanji)
ẝỴ
‫ܤ‬a
ẟỶ
ˌi
ạỸ
‫ܢ‬u
ảỺ
ᘘe
ấỼ
૿o

Ầỽ
ь ka
Ẩỿ
࠹ ki
Ẫἁ
ʁ ku
Ậἃ
ᚘ ke
Ắἅ
ࠁ ko

Ằἇ
߼ sa
ẲἉ
ʂ si
ẴἋ
‫ ݡ‬su
ẶἍ
ɭ se
ẸἏ
஄ so

Ẻἑ
‫ ٽ‬ta
Ẽἓ
ჷ ti
ế἖
߷ tu
ềἘ
‫ ټ‬teểἚഥ toễἜ‫ ډ‬naỆἝʶ niệ἞‫ ڢ‬nu
Ỉ἟
ᆅ ne
ỉἠ
ʀ no

Ịἡ
ඬ ha
ọἤ
ൔ hi
Ốἧ
ɧ hu
ồἪ
ᢿ he
ỖἭ
̬ ho

ộἰ
஛ ma
Ớἱ
፦ mi
ớἲ
ന mu
Ờἳ
‫ ڡ‬me
ờἴ
ൗ mo

ởἶ
ʍ ya
ừὂ
ໝ yi
ỡἸ
ဌ yu
Ửὃ
औ ye
ợἺ
ɨ yo

ỤἻ
ᑣ ra
ụἼ
М ri
ỦἽ
သ ru
ủἾ
ᅇ re
ỨἿ
ԏ ro

Ừὁ
ԧ wa

Ữὅ
଍n

ửὄ
ᢒ wo

131

Word Heritage
Heritage
Thermo-Fluid Phenomena in JapaneseClassical Literature
The secretariat of IHTC-15 in Kyoto would like to present a few topics whichhave some relevance to heat and fluid flow in our daily life. Japanese people
are very sensitive to the four seasons, their atmosphere, winds, and thermal
characteristics, in addition to their visual aspects. Also, the flow of rivers is an
essential element of the spiritual aspect of Nature for Japanese. Below aresome typical examples, extracts from three famous essays in JapaneseClassical literature, all based on lives in Kyoto.

Makura no 6ǀVKL (ca. 1000)

Makura no 6ǀVKL (The Pillow Book) is a diary by a courtesan Sei 6KǀQDJRQ.
In spring, it is the dawn. (omit)
In summer, it is the night. (omit)
In autumn, it is the evening. (omit)
In winter, it is the early morning. (omit)(Translations by Ivan Morris and Meredith McKinney are available; note thatthe translation by Arthur Waley is just about a quarter of the original work, andthe above famous sentences are not included.)+ǀMǀNL (1212)+ǀMǀNL (The Ten Foot Square Hut) is a short work by Kamo-no-&KǀPHL. Its
opening sentence is famous in Japanese literature as an expression of PXMǀ,the transience of things.
Ceaselessly the river flows, and yet the water is never the same, while in thestill pools the shifting foam gathers and is gone, never staying for a moment.
Even so is man and his habitation.
(Translated by A. L. Sadler, 1928)

Tsurezuregusa (1330-1332)

Tsurezuregusa (Essays in Idleness) is a collection of essays by Yoshida.HQNǀ.
Section 55
A house should be built with the summer in mind. In winter it is possible to live
anywhere, but a badly made house is unbearable when it gets hot. There is132

nothing cool-looking about deep water; a shallow, flowing stream is far cooler.
When you are reading fine print you will find that a room with sliding doors islighter than one with hinged shutters. A room with a high ceiling is cold inwinter and dark by lamplight. People agree that a house which has plenty ofspare room is attractive to look at and may be put to many different uses.
(Translated by Donald Keene, 1966)

Scientific Quotes from Modern Japanese
The followings are the scientific quotes by two famous Japanese physicists inthe 20th century and the National Diet Library.
“Science and Brain,” by Torahiko Terada [1] (1878-1935)
A smart person cannot fall in love. Love is blind. To be scientist, you must be
an ardent lover of nature. Also, nature opens its heart only to a lover. The
history of science is the history of illusions and failures. It is the history of dull
and plodding achievements made by individuals of great stupidity, but who
have equally great patience.
Scientist and Brain (Smart and Dull), original in Japanese (1933)[1] Torahiko Terada was a professor at Tokyo Imperial University, and worked
on a wide range of topics in physics. He also published many essays.
“Exploring a Frontier,” by Hideki Yukawa [2] (1907-1981)
It is very important for you to consider the future state as that of the past when
you explore a frontier.
[If you may be afraid when you step into an unknown world, you had better gofurther, considering the unknown world has been already well established.]
from the memory of Dr. Taizo Muta, one of Yukawa’s disciples (1977)[2] Hideki Yukawa was a professor of theoretical physics at Kyoto (Imperial)
University, and was the first Japanese Nobel laureate.
“Truth,” by the National Diet Library, Japan (since 1948)
The National Diet Library is hereby established as a result of the firm
conviction that truth makes us free and with the object of contributing tointernational peace and the democratization of Japan as promised in our
Constitution.
http://www.ndl.go.jp/en/aboutus/outline/purpose.html

Cold
Coldand/or
and/or Hot
Hot Breaks
Heat and Mass Transfer
in Computer Animation
Our age is making unprecedented advances not only in the sphere of naturalscience and engineering, but also in that of animation. FROZEN, produced byWalt Disney Animation Studios in 2013, is the latest supreme example.
Furthermore, as the title indicates, this marvelous animation intimately deals
with heat and mass transfer. (“Wow! So, this is heat. I love it.” by Olaf in frontof a fireplace)
If you are curious about computer animation, be sure to explore “Moving
Innovation: A History of Computer Animation,” by Tom Sito, a famous pioneerin this field [1]. Basic computer animation technology includes the following
tools [2]: morph target animation,
 motion capture, ray tracing, rendering, wire-frame models.
In FROZEN, starting with highly developed implementations of thetechnologies listed above, “The studio also developed several new tools togenerate realistic and believable shots, particularly the heavy and deep snow
and its interactions with the characters [3].” One of the key papers for snow
simulation is freely available from the website of Walt Disney Animation
Studios [4].
Although most of us are amateurs at computer animation, there is likely muchroom for further research concerning the representation of heat and masstransfer.
References[1] Tom Sito, Moving Innovation: A History of Computer Animation, MIT Press,2013 (http://mitpress.mit.edu/books/moving-innovation)[2] http://en.wikipedia.org/wiki/Computer_animation[3] Technology development in FROZEN,
http://en.wikipedia.org/wiki/Frozen_(2013_film)[4] Alexey Stomakhin, Craig Schroeder, Lawrence Chai, Joseph Teran,Andrew Selle, A material point method for snow simulation, 2013
http://www.disneyanimation.com/technology/publications

Ukichiro Nakaya“Snow crystals are letters sent from heaven”
Ukichiro Nakaya (1900–1962) was a
Japanese physicist and science essayist
known for his work in glaciology andcryogenic sciences. He is credited withmaking the first artificial snow crystals.
We would like to introduce him to you, in
addition to Wilson Bentley (1865–1931),
one of the first known photographers of snow crystals.
http://en.wikipedia.org/wiki/Ukichiro_Nakaya
http://www.kagashi-ss.co.jp/yuki-mus/en_facilities.html
http://www.its.caltech.edu/~atomic/snowcrystals/class/class.htm
U. Nakaya, Snow Crystals: Natural and Artificial, Harvard Univ. Press,
1954.
© Rokuro Yoshida
http://snowflakebentley.com/
Courtesy of Kazuko Yoshida
and Kenzo Kanda

International Year of Crystallography 2014
The International Year of Crystallography 2014 (IYCr 2014) is a global event tocelebrate the first 100 years of great achievements in crystallography andconsequent contributions to human progress. Modern crystallography wasborn nearly one hundred years ago out of the efforts of three Nobel Laureates,
Max von Laue (1914) and W. H. and W. L. Bragg (1915).
Based on http://www.iycr2014.jp/preface_e.html

Three Japanese pioneers, Torahiko Terada (see p.132), Shoji Nishikawa(1884–1952), and Ukichiro Nakaya, have website introductions:
http://www.iycr2014.jp/introduction_e.html
http://www.iycr2014.jp/pioneer_e.html“Yuki-Guni” Snow Country© Courtesy of Yukiguni-kan

Snow Country is a full-length novel
http://www.e-yuzawa.gr.jp/yukigunikan/
by Yasunari Kawabata (1899-1972),
a Japanese novelist who received the Nobel Prize for Literature in 1968. Its
first sentence “The train came out of the long tunnel into the snow country.”(translated by E. G. Seidensticker) is very famous.

133

Cold and/or Hot Breaks
Kyoto International Conference Center(ICC Kyoto)

Gassho-zukuri

The Historic Villages of Shirakawa-go and Gokayama were listed as World
Heritage Sites in 1995, and exemplify the beauty of Gasshou-zukuri.

The ICC Kyoto, designed by architect Sachio Otani (1924-2013), opened in
1966. Current renovations limit the visual impact of its unique trapezoidal
elevation. The design was inspired by Gasshou-zukuri, an architectural style
based on the shape of hands held in prayer, the Buddhist mudra of veneration.

http://www.icckyoto.or.jp/en/construction/index.html

134© Courtesy of the Shirakawa Village Office
http://shirakawa-go.org/english/ http://whc.unesco.org/en/list/734

Committees
Meetings
The Assembly for International Heat Transfer Conferences (AIHTC)
August 13, Wednesday at Room 104
13:30-17:00
International Centre for Heat and Mass Transfer (ICHMT)
August 10, Sunday
10:00-12:00 General Assembly meeting at Room 104
13:00-15:00 Scientific Council meeting at Room C2
16:00-18:00 Executive Committee meeting at Room 104
EUROTHERM Committee
August 12, Tuesday at Kyoto Garden Palace
20.00-22.30

The Assembly for International Heat Transfer Conferences (AIHTC)
President
Avram Bar-Cohen
Vice President
Nobuhide Kasagi
Secretary
Hideo Yoshida
Past President
Graham de Vahl Davis
Jean-Marc Delhaye
Richard J. Goldstein
Geoffrey F. Hewitt
Frank C. Hooper
Sung Tack Ro

136

Delegates
Australia
Steven Armfield
John A. Reizes
BrazilLuiz F. Milanez
Helcio R. B. Orlande
CanadaSylvain Coulombe
Patrick H. Oosthuizen
China
Xing Zhang
Chongfang Ma
FranceDenis Maillet
Sebastian Volz
Germany
Stephan Kabelac
Ulrich Gross

India
Ravi B. Grover
S. Srinivasa Murthy
IsraelGad Hetsroni
Neima Brauner
Italy
Gian P. Celata
Maurizio L. Cumo
Japan
Shigenao Maruyama
Hideo Yoshida
Korea
Sung Jin Kim
Goon-Cherl Park
Portugal
Pedro Coelho
Vítor A. F. Costa

RussiaAlexander I. Leontiev
Leonid A. Dombrovsky
South AfricaCharl G. du Toit
Josua P. Meyer
Switzerland
John R. Thome
Dimos Poulikakos
The Netherlands
Theo H. van der Meer
Anton A. van Steenhoven
United Kingdom
Adrian Briggs
Geoffrey F. Hewitt
United States of America
Michael Jensen
Mohamed S. El-Genk

Committees
The 15th International Heat Transfer Conference (IHTC-15)
Organizing Committee
Nobuhide Kasagi, Chairman, (Japan Sci. & Tech. Agency/Univ. of Tokyo)
Hideo Yoshida, Vice Chairman, (Kyoto University)
Shigenao Maruyama, Vice Chairman, (Tohoku University)
Keiko Fujioka (Functional Fluids Ltd.)
Yoshinori Hisazumi (Osaka University)
Masaru Ishizuka (Toyama Prefectural University)
Isao Kataoka (Osaka University)
Masafumi Katsuta (Waseda University)
Masahiro Kawaji (The City University of New York)Toshiro Makino (Kyoto University)
Toshio Miyauchi (Tokyo Institute of Technology)
Masanori Monde (Saga University)
Hideki Nakagome (Chiba University)
Akira Nakayama (Shizuoka University)
Ken Okazaki (Tokyo Institute of Technology)
Mamoru Ozawa (Kansai University)
Kenichiro Takeishi (Osaka University)
Akira Takimoto (Kanazawa University)
Kazuo Tanishita (Keio University)
Toshihiro Tsuji (Nagoya Institute of Technology)
Yoshio Utaka (Yokohama National University)
Yukio Yamada (The University of Electro-Communications)
Seiichi Yokobori (Tokyo City University)

Hideo
Tomoaki
Hiroshi
Shigenao
Yasuyuki
Atsuki
YoshidaKunugi
Iwai
Maruyama
TakataKomiyaExecutive Committee (EC)Int. Scientific Committee (ISC)
Special missions highly depending on limited individuals in EC and ISC:
Kazuya Tatsumi Artistic Design for IHTC Logo, Conf. Booklet Cover, Conf. Website
Satoru Momoki System Design for Paper-Submission Website

Executive Committee
Hideo Yoshida, Chairman, (Kyoto University)
Tomoaki Kunugi, Vice Chairman, (Kyoto University)
Hiroshi Iwai, Secretary General, (Kyoto University)
Hitoshi Asano (Kobe University)
Takemi Chikahisa (Hokkaido University)
Yoshitaka Fukuyama (JAXA)
Yoshimichi Hagiwara (Kyoto Institute of Technology)
Ruri Hidema (Kobe University)
Eiji Hihara (The University of Tokyo)
Masafumi Hirota (Mie University)
Koichi Hishida (Keio University)
Kyoji Inaoka (Doshisha University)
Masaru Ishizuka (Toyama Prefectural University)
Yoshinori Itaya (Gifu University)
Tsuyoshi Kawanami (Kobe University)
Shigeo Maruyama (The University of Tokyo)
Mitsuhiro Matsumoto (Kyoto University)
Ryosuke Matsumoto (Kansai University)
Hisato Minagawa (The University of Shiga Prefecture)
Kazuyoshi Nakabe (Kyoto University)
Kosuke Nishida (Kyoto Institute of Technology)
Yutaka Oda (Kansai University)
Taku Ohara (Tohoku University)
Hajime Onishi (Kanazawa University)
Motohiro Saito (Kyoto University)
Masahiko Shibahara (Osaka University)
Kazuhiko Suga (Osaka Prefecture University)
Hiroshi Suzuki (Kobe University)
Masato Tagawa (Nagoya Institute of Technology)
Hiroshi Takamatsu (Kyushu University)
Nobuyuki Takenaka (Kobe University)
Kazuya Tatsumi (Kyoto University)
Hisashi Umekawa (Kansai University)
Yasutaka Yamaguchi (Osaka University)
Takehiko Yokomine (Kyoto University)137

Committees
International Scientific Committee
Japanese Scientific Committee (JSC)
Shigenao Maruyama, Chairman, (Tohoku University)
Yasuyuki Takata, Vice Chairman, (Kyushu University)
Atsuki Komiya, Secretary, (Tohoku University)
Katsunori Hanamura (Tokyo Institute of Technology)
Yuji Nagasaka (Keio University)
Masamichi Kohno (Kyushu University)
Satoru Momoki (Nagasaki University)
International Scientific Committee (ISC)
Australia
Steven Armfield (The University of Sydney)John A. Reizes (University of Technology, Sydney)
BrazilLuiz F. Milanez (University of Campinas)
Helcio R. B. Orlande (Federal University of Rio de Janeiro)
CanadaSylvain Coulombe (McGill University)
Patrick H. Oosthuizen (Queen's University)
China
Xing Zhang (Tsinghua University)
Chongfang Ma (Beijing University of Technology)
FranceDenis Maillet (University of Lorraine)
Sebastian Volz (Ecole Centrale Paris)
Germany
Stephan Kabelac (Helmut Schmidt University)
Ulrich Gross (TU Bergakademie Freiberg)
India
Ravi B. Grover (Bhabha Atomic Research Centre)
S. Srinivasa Murthy (Indian Institute of Technology Madras)
IsraelGad Hetsroni (Israel Institute of Technology)
Neima Brauner (Tel Aviv University)
Italy
Gian P. Celata (ENEA)
Maurizio L. Cumo (Sapienza University of Rome)

Korea
Sung Jin Kim (Korea Advanced Institute of Science and Technology)
Goon-Cherl Park (Seoul National University)
Portugal
Pedro Coelho (University of Lisbon)
Vítor A. F. Costa (University of Aveiro)
RussiaAlexander I. Leontiev (Moscow Power Engineering Institute)
Leonid A. Dombrovsky (Russian Academy of Sciences)
South AfricaCharl G. du Toit (North-West University)
Josua P. Meyer (University of Pretoria)
Switzerland
John R. Thome (Ecole polytechnique federale de Lausanne)
Dimos Poulikakos (Swiss Federal Institute of Technology)
The Netherlands
Theo H. van der Meer (University of Twente)
Anton A. van Steenhoven (Eindhoven University of Technology)
United Kingdom
Adrian Briggs (Queen Mary, University of London)
Geoffrey F. Hewitt (Imperial College London)
United States of America
Michael Jensen (Rensselaer Polytechnic Institute)
Mohamed S. El-Genk (University of New Mexico)

Advisory Board
Past Presidents of the Heat Transfer Society of Japan
Nobuyuki Araki (Shizuoka University)
Shintaro Enya (IHI, Co.)
Yasunobu Fujita (Kyushu University)
Yujiro Hayashi (Kanagawa University)
Hiroshi Kawamura (Tokyo University of Science)
Sadanari Mochizuki (Tokyo University of Agriculture and Technology)
Fumimaru Ogino (Kyoto University)
Yasutaka Nagano (Nagoya Institute of Technology)
Masahiro Shoji (The University of Tokyo)
Ayao Tsuge (Mitsubishi Heavy Industries, Ltd.)(Affiliations are based on the previous ones.)

138

Author Index
Name
Abahri, Kamilia
Abdelaziz, Omar
Abdelaziz, Omar
Abdelmessih, Amanie
Abe, Fumiaki
Abe, Yutaka
Abiko, Kazusa
Abishek, Sridhar
Abreu, Luiz
Acharya, Sumanta
Adelaja, Adekunle O.
Adelaja, Adekunle O.
Adewumi, Olayinka O.
Adewumi, Olayinka O.
Adio, Saheed Adewale
Adio, Saheed Adewale
Afroz, Hasan M. M.
Agbim, Kenechi
Agostini, Francesco
Agrawal, Ashish
Agrawal, Chitranjan
Ahamed, Mohammad ShahedAhn, Tae-hwan
Ai, Qing
Ai, Qing
Aiguier, T.
Ait Saada, Mebrouk
Ajaev, Vladimir
Akaiwa, Ryota
Akamatsu, Masato
Akiyama, Sayaka
Akiyama, Shinsaku
Akoshima, Megumi
Aksan, Alptekin
Aktas, Murat K.
Akwaboa, Stephen
Al Hadad, Waseem
Al Qubeissi, Mansour
Albaret, Tristan
Alcalde, Diego
Alifanov, Oleg
Alifanov, Oleg
Alimohammadi, Sajadp.
ID
PMD-I-422 75
EES-K-114 39
EES-K-123 39
BMA-E-224 47
CMB-J-521 91
CDS-J-225 54
HPP-K-426 77
EVP-B1-213 40
INV-E-214
47
GTB-G-415 73
CDS-J-116 38
CDS-J-121 38
HEX-G-126 35
HTE-C2-534 83
TPP-I-221
53
TPP-I-222
53
CDS-J-211 54
TEL-K-324 66
EEC-H-223 51
HEX-G-123 35
HTE-C2-531 83
HPP-K-412 77
CDS-J-113 38
TPP-I-122
37
RAD-J-415 76
EVP-B1-123 29
EVP-B1-214 40
EVP-B1-115 29
TTR-C2-124 32
FCV-F-312 61
PBL-B1-421 67
IPJ-C1-313 59
MNF-E-123 33
BMA-E-222 47
NCV-F-416 72
FCV-F-323 61
INV-E-216
47
EVP-B1-122 29
NMM-G-533 87
HEX-G-212 49
INV-E-213
47
RAD-J-421 76
HTE-C2-523 83

Allain, HervéAllesina, Giulio
Alsheghri, Ammar A.
Altemani, Carlos
Altura, David
Alvarado, Jorge
Alves, Carlos
Amber, Ityona
Ameel, Bernd
Ameel, Bernd
Ami, Takeyuki
Ami, Takeyuki
Amin Rana, Ruhul
Amirfazli, Alidad
Ando, JunAndré, FrédéricAnno, Hiroaki
Antao, Dion
Antao, Dion
Antoni, Thomas
Antonini Alves, Thiago
Antonini, Carlo
Antonini, Carlo
Antonsen, Nicolas
Aoki, Kumi
Arakaki, Eisuke
Araki, Fuyuto
Araki, Takuto
Araneo, Lucio
Aravinthan, ManoharanArik, Mehmet
Arik, Mehmet
Arima, Hirofumi
Arima, Hirofumi
Arimoto, Hidenobu
Arimoto, Hidenobu
Armfield, Steven
Armfield, Steven W.
Artemov, Valerij
Asano, Hitoshi
Asano, Hitoshi
Asano, Motoharu
Asano, Motoharu
Ashraf, Awais

CPM-E-422 71
EES-K-116 39
FLM-H-531 88
CND-H-522 88
MIN-C1-224 43
TPM-B2-522 80
INV-E-214
47
SOL-B2-225 42
HEX-G-222 50
PMD-I-323 64
HEX-G-215 49
TPF-B2-322 58
CND-H-516 87
NMT-F-536 85
PBL-B1-511 78
CMB-J-532 91
TEL-K-323 66
NMS-C2-215 44
FLM-H-534 88
TPP-I-214
52
EEC-H-221 51
NMT-F-535 85
NMT-F-536 85
TPN-B2-421 68
EEC-H-222 51
MLT-H-112 36
BMA-E-223 47
FCL-H-122 36
TPA-B2-111 30
FBL-B1-232 41
NCV-F-426 72
HTE-C2-515 82
TPF-B2-313 58
TPF-B2-321 58
MIN-C1-234 44
MIN-C1-236 44
NCV-F-515 84
NSM-H-322 63
CDS-J-114 38
FCL-H-123 36
FBL-B1-312 57
MNF-E-125 33
TEL-K-322 66
SOL-B2-211 41

Athavale, Jayati
aus der Wiesche, StefanAute, Vikrant
Ayres, Samantha
Azulay, Asaf
Azzolin, MarcoBaba, Shohei
Bacellar, Daniel
Bader, Roman
Bae, Ji-Yeul
Bae, Ju Chan
Baek, Seung Wook
Baelmans, Martine
Baelmans, Martine
Baelmans, Martine
Bai, Bofeng
Bai, Bofeng
Bai, Chao
Bai, Fang
Bai, Fengwu
Bai, Jia Xi
Bai, Shiwu
Balaji, C.
Balaji, Chakravarthy
Balaji, Chakravarthy
Balakrishnan, Arcot R.
Baltis, Coen
Bandara, Arunima
Bandara, Thilaksiri
Bandaru, Nanda Kishor
Bang, In Cheol
Bannikov, Aleksey
Bao, Hua
Bao, Hua
Bao, Jiajian
Baptista, JoãoBarbosa, Jader
Bar-Cohen, Avram
Bar-Cohen, Avram
Barry, Matthew
Basak, Tanmay
Basak, Tanmay
Baskan, ÖzgeBatzdorf, Stefan

HTE-C2-421 70
TDY-C1-516 81
EES-K-114 39
CNV-C1-524 81
TPM-B2-523 80
CDS-J-125 38
FCL-H-121 36
EES-K-114 39
PMD-I-314 64
HTE-C2-412 70
HTE-C2-412 70
SOL-B2-215 41
EEC-H-234 52
OPT-F-526 85
PMD-I-524 89
EEC-H-212 51
TMG-K-534 93
TBF-D-225 46
NSM-H-315 63
PMD-I-312 64
TDY-C1-423 69
CND-H-514 87
INV-E-211
47
HTE-C2-231 45
TMG-K-523 92
FBL-B1-232 41
TPB-B2-122 30
SOL-B2-211 41
TPM-B2-525 80
BMA-E-113 33
PBL-B1-523 78
SOL-B2-214 41
RAD-J-322 65
NMM-G-524 86
TPP-I-116
37
CNV-C1-532 82
HEX-G-212 49
EEC-H-214 51
FCV-F-321 61
TEL-K-324 66
NCV-F-413 72
MCV-D-512 84
HTE-C2-525 83
TDY-C1-414 69

Baudin, Nicolas
Baudouy, Bertrand
Bazile, Rudy
Beale, Steven
Belarbi, Rafik
Bello-Ochende, Tunde
Bello-Ochende, Tunde
Bello-Ochende, Tunde
Bello-Ochende, Tunde
Belyaev, Alexander
Ben-Abdallah, Philippe
Ben-David, Ori
Bennacer, Rachid
Benselama, Adel
Bergez, Wladimir
Bertin, Yves
Betz, Amy
Beyne, Eric
Bhaumik, Swapan
Bhavnani, Sushil
Bi, Cheng
Bi, Jingliang
Biegger, ChristophBiehs, Svend-Age
Bierman, David
Birkett, Matthew
Biswal, Pratibha
Biwole, Pascal Henry
Blakers, Andrew
Blandre, Etienne
Bode, Florin
Bode, Florin
Bodla, Karthik K.
Bohn, Dieter
Boltenko, Eduard
Borovoy, Volf
Bortolin, Stefano
Bortolin, Stefano
Bottarelli, Michele
Bouchenna, Chafea
Bougher, Thomas
Boyard, Nicolas
Brandon, Nigel
Brauner, Neima

EVP-B1-211 40
CPM-E-422 71
TPS-B2-512 79
FCL-H-124 36
PMD-I-422 75
HEX-G-126 35
SOL-B2-235 42
RNE-C1-322 59
HTE-C2-534 83
TPB-B2-124 30
PPE-G-112 35
TPM-B2-523 80
PMD-I-422 75
MTR-F-122 34
PBL-B1-524 78
MTR-F-122 34
TPP-I-224
53
EEC-H-234 52
PBL-B1-532 79
CDS-J-115 38
CND-H-424 74
PBL-B1-425 67
HTE-C2-512 82
PPE-G-112 35
SOL-B2-223 42
TST-I-234
53
NCV-F-413 72
TMG-K-531 93
SOL-B2-221 42
NMM-G-533 87
TTR-C2-125 32
NSM-H-326 63
PMD-I-411
75
HTE-C2-513 82
HTE-C2-225 45
FCV-C1-114 31
CDS-J-124 38
CDS-J-125 38
PMD-I-534 90
EVP-B1-214 40
NMM-G-423 73
MIN-C1-213 43
FCL-H-125 36
MIN-C1-224 43

139

Author Index
Brauner, Neima
Brouilliot, Denis
Brum, Fabio
Brus, Grzegorz
Brutin, David
Buchlin, Jean-Marie
Buckinx, Geert
Budnik, Sergey
Budnik, Sergey
Bühler, Simon
Buonomo, Bernardo
Burger, Francois H.
Burgers, John
Burghold, Michael
Bykovskaya, Elena
Caballina, OphélieCai, Jun
Caliot, Cyril
Cannon, James
Cao, Bing-Yang
Cao, Bing-Yang
Cao, Jianping
Cao, Zhi-HongCao, Zhi-Hong
Carey, Van
Carle, Florian
Carrington, David B.
Cartalade, Alain
Castanet, Guillaume
Cavadini, Philipp
Cetindag, Semih
Cha, Minsuk
Chai, Zhiyong
Chalopin, Yann
Chandra, Sanjeev
Chandra, Sanjeev
Chang, Chao
Chang, Chao
Chang, Siyuan
Chang, Xinyu
Chapuis, Pierre-Olivier
Chatterjee, Barun
Che, Zhizhao
Cheaib, Farah140

HTE-C2-524 83
HTE-C2-424 70
TPM-B2-524 80
PMD-I-426 75
FCV-F-314 61
CND-H-513 87
PMD-I-524 89
INV-E-213
47
RAD-J-421 76
PMD-I-515 89
MCV-D-513 84
CND-H-414 74
TST-I-234
53
MNF-E-124 33
EVP-B1-115 29
MIN-C1-225 43
HTE-C2-535 83
PMD-I-316 64
TDY-C1-411 69
TPP-I-215
52
CND-H-413 74
TDY-C1-513 81
FCV-F-326 61
MCV-D-515 84
EVP-B1-124 29
FCV-F-314 61
CPM-E-413 71
CPM-E-421 71
MIN-C1-225 43
MTR-F-114 34
NCV-F-416 72
CMB-J-526 91
NMM-G-522 86
TPP-I-214
52
MTR-F-111 34
FCV-F-232 49
HPP-K-424 77
HTE-C2-532 83
BMA-E-225 47
FCV-F-322 61
RAD-J-325 65
HTE-C2-531 83
TBF-D-223 46
EEF-K-234 56

Chehayeb, KarimChen, Andrew
Chen, Baoming
Chen, Bin
Chen, Bin
Chen, Bin
Chen, Bin
Chen, Chien-Jen
Chen, Cong
Chen, Guidong
Chen, Hongyin
Chen, Ing Youn
Chen, Jian
Chen, Jiannan
Chen, JinnKuen
Chen, Kai
Chen, Lifei
Chen, Lihong
Chen, Lin
Chen, Lin
Chen, Lin
Chen, Lingyu
Chen, Min
Chen, Qin
Chen, Qun
Chen, Xiaoqing
Chen, Xingjian
Chen, Yan
Chen, Yan
Chen, Yanjun
Chen, Yi-min
Chen, Ying
Chen, Yitung
Chen, Yong
Chen, Yong-Chang
Chen, Yongping
Chen, Yunfei
Chen, Zhihao
Cheng, Chuanxiao
Cheng, Lin
Cheng, Lin
Cheng, Lin
Cheng, Lin
Cheng, Ling

EEF-K-234 56
GTB-G-416 73
PMD-I-413 75
HEX-G-121 35
PPE-G-113 35
BMA-E-221 47
SAT-J-511
90
TMG-K-521 92
NSM-H-325 63
HEX-G-234 50
TPP-I-212
52
TMG-K-521 92
FCV-C1-112 31
SAT-J-513
90
INV-E-212
47
RNE-C1-321 59
TPP-I-115
37
FCV-F-322 61
FCV-F-223 48
EEF-K-221 56
NMM-G-526 86
PMD-I-326 64
NMS-C2-213 44
RAD-J-424 76
TMG-K-535 93
PMD-I-532 90
EEF-K-223 56
EEF-K-223 56
HPP-K-421 77
TPS-B2-515 79
NMM-G-526 86
CND-H-425 74
HTE-C2-321 60
RAD-J-326 65
PMD-I-313 64
NMM-G-513 86
TPP-I-116
37
PBL-B1-324 57
PMD-I-315 64
HTE-C2-311 60
HPP-K-421 77
TMG-K-512 92
TMG-K-525 92
TPF-B2-324 58

Cheng, Wen-Long
Cheng, Xuetao
Cheng, Yu-Chi
Cheng, Ze-Dong
Cheon, Jong
Cheung, Sherman C. P.
Cheverda, Vyacheslav
Chiashi, Shohei
Chiashi, Shohei
Chiba, Takaaki
Chien, Kuo-Hsiang
Chien, Liang-Han
Chien, Nguyen Ba
Chikahisa, Takemi
Chikh, Salah
Childs, Peter RN
Chillà, Francesca
Chilukoti, Hari Krishna
Chinige, Sampath Kumar
Cho, Hyung-Hee
Cho, Keumnam
Choi, Kwang Il
Chong, Kai-Leong
Chouffart, Quentin
Christophe, Batsale Jean
Christophe, Pradere
Christopher, David M.
Crhistopher, David
Chu, Chen-Xi
Chu, Kuang-Han
Chua, Kian Jon
Chua, Kian Yong
Chudnovsky, Yaroslav
Chung, Sukho
Chyu, Minking K.
Cindy, Hany
Clercx, Herman J. H.
Coelho, Pedro J.
Coimbra, Carlos
Cola, Baratunde
Colaco, Marcelo
Colin, Catherine
Colin, Catherine
Colin, Catherine

TPP-I-111
37
HTE-C2-511 82
NMS-C2-212 44
SOL-B2-224 42
CDS-J-113 38
TPM-B2-525 80
FLM-H-533 88
NMM-G-421 73
NMM-G-424 73
NMM-G-421 73
NMS-C2-212 44
CDS-J-212 54
FBL-B1-233 41
PMD-I-425 75
EVP-B1-214 40
EES-K-126 39
MIN-C1-226 43
NMM-G-521 86
PMD-I-412 75
HTE-C2-412 70
HEX-G-232 50
FBL-B1-233 41
NCV-F-415 72
MFP-G-314 62
TPA-B2-113 30
TPA-B2-113 30
PBL-B1-425 67
CPM-E-415 71
HEX-G-122 35
NMS-C2-215 44
CMB-J-536 91
CMB-J-536 91
HTE-C2-522 83
CMB-J-526 91
TEL-K-324 66
TPA-B2-113 30
HTE-C2-525 83
RAD-J-314 65
SOL-B2-233 42
NMM-G-423 73
INV-E-214
47
EVP-B1-211 40
FBL-B1-314 57
PBL-B1-524 78

Collins, Michael
Colombo, Luigi
Combeau, Hervé
Corberan, Jose
Corre, Yann
Corticelli, Mauro A.
Cotta, Renato M.
Coyle, Tom
Crouseilles, Nicolas
Cruz, Carlos C. S.
Cruz, Manuel Ernani
Cui, KehangCui, Wujun
Cui, Zhendong
Cui, Zheng
Cui, Zheng
D`yachenko, Alex
Dag, Yusuf
Dai, Ren
Daiguji, Hirofumi
Daisho, Yasuhiro
Dalmas, Sergio
Dang, Chaobin
Dang, Chaobin
Dang, Guoxin
Darson Li, Dezheng
Das, Apurba
Das, Sarit Kumar
Das, Sarit Kumar
Das, Sarit Kumar
Das, Sudev
Davaa, Ganbat
Daverat, Christophe
Dayal, Ram
De Kerpel, Kathleen
De Kerpel, Kathleen
de Marchi Neto, Ismael
De Paepe, Michel
De Paepe, Michel
De Paepe, Michel
De Paepe, Michel
De Paepe, Michel
de Pinho, JeanDe Salve, MarioTPM-B2-522 80
HTE-C2-322 60
PBL-B1-424 67
CDS-J-235 55
PLS-K-316 66
EVP-B1-121 29
NSM-H-323 63
FCV-F-232 49
RAD-J-314 65
FCV-C1-113 31
RNE-C1-324 59
NMM-G-421 73
TMG-K-513 92
TPN-B2-423 68
TMG-K-512 92
TMG-K-525 92
TTR-C2-111 32
FCV-F-323 61
CNV-C1-525 81
NMM-G-531 87
CMB-J-531 91
CND-H-412 74
FBL-B1-234 41
ADS-D-213 46
FCV-F-322 61
HTE-C2-232 45
CND-H-524 88
BMA-E-113 33
FBL-B1-232 41
NMM-G-514 86
PBL-B1-532 79
CNV-C1-533 82
NCV-F-516 84
TPM-B2-534 80
TPF-B2-311 58
PMD-I-324 64
CND-H-522 88
HEX-G-222 50
TPF-B2-311 58
RNE-C1-325 59
PMD-I-323 64
PMD-I-324 64
RNE-C1-324 59
CDS-J-215 54

Author Index
De Schampheleire, SvenDe Schampheleire, Svende Vahl Davis, Graham
De Wolf, Ingrid
Dedov, A.V.
Dedov, Aleksey
Defresne, Gérard
Degiovanni, Alain
Degroote, Joris
Deguchi, Yoshihiro
Deguchi, Yoshihiro
Del Col, Davide
Del Col, Davide
Delaunay, Didier
Delaunay, Didier
Delsipée, M.
Deng, Zilong
Deppermann, Marc
Deppermann, Marc
Derby, Melanie
Desgrosseilliers, Louis
Dessiatoun, Serguei
Dezan, DanielDhir, Vijay K.
Di Federico, Vittorio
Di Marco, Paolo
Diani, Andrea
Diao, Yanhua
Dietl, Jochen
Dietl, Jochen
Dietrich, BenjaminDing, Jie
Ding, Jing
Ding, Jing
Ding, Jing
Ding, Yu-Dong
Dirker, Jaco
Dirker, Jaco
Dirker, Jaco
Dirker, Jaco
Dirker, Jaco
Dirker, Jaco
Do, Kyu Hyung
Dogruoz, Baris

PMD-I-323 64
PMD-I-324 64
NCV-F-512 84
EEC-H-234 52
TPB-B2-124 30
HTE-C2-225 45
NCV-F-414 72
MIN-C1-235 44
HEX-G-222 50
MIN-C1-222 43
MIN-C1-223 43
CDS-J-124 38
CDS-J-125 38
MIN-C1-213 43
RAD-J-311 65
CND-H-513 87
NMM-G-513 86
MNF-E-124 33
CND-H-511 87
CDS-J-123 38
CND-H-515 87
HEX-G-124 35
OPT-F-524 85
HTE-C2-416 70
PMD-I-534 90
TBF-D-221 46
FBL-B1-235 41
HTE-C2-426 70
TPB-B2-123 30
PBL-B1-322 57
PMD-I-311
64
PBL-B1-516 78
ADS-D-216 46
TPP-I-212
52
PBL-B1-521 78
FLM-H-535 88
FCV-C1-111 31
CDS-J-116 38
CDS-J-121 38
FCV-F-212 48
FCV-F-215 48
CND-H-414 74
EVP-B1-112 29
HTE-C2-515 82

Dombrovsky, Leonid
Dombrovsky, Leonid
Dombrovsky, Leonid
Dombrovsky, Leonid
Domingues, Gilberto
Dong, Bin
Dong, Wei
Dong, Wei
Dong, Yuan
Donnelly, Brian
Donnelly, Brian
Dorey, Luc-Henry
Drevillon, Jeremie
du Toit, C.G.
du Toit, Charl G
Du, Chun-Xu
Du, Jia-di
Du, Wenjing
Du, Wenjing
Du, Xiaoze
Du, Xiaoze
Du, Xiaoze
Du, Xiaoze
Du, XiaoZe
Duan, Fei
Duan, Xinyue
Dubrac, Benoît
Duluc, Marie-Christine
Dumortier, Mikael
Duran Medina, Olmo
Duru, Paul
Egami, Yasuhiro
Eggers, Jan
Eggers, Jan
Egorov, Ivan
Egorov, Kirill
Ehrenpreis, Claas
Ehrlich, Leicester
Eigenfeld, Klaus
Ekaid, Ali L.
Ekkad, Srinath
Eliçabe, Guillermo E.
Elperin, Tov
Endo, Akira

RAD-J-311 65
RAD-J-312 65
RAD-J-316 65
RAD-J-421 76
PMD-I-316 64
CDS-J-221 54
TBF-D-226 46
TPN-B2-422 68
TPP-I-215
52
EEC-H-233 52
TPF-B2-314 58
CMB-J-535 91
TMG-K-532 93
CPM-E-424 71
RAD-J-414 76
PMD-I-313 64
CDS-J-234 55
HTE-C2-311 60
HPP-K-421 77
TST-I-236
53
EEF-K-221 56
HTE-C2-313 60
FCV-F-315 61
CND-H-526 88
GTB-G-414 73
NSM-H-324 63
PBL-B1-424 67
NCV-F-414 72
SOL-B2-226 42
HTE-C2-221 45
PBL-B1-413 67
FBL-B1-221 40
TPP-I-223
53
NMT-F-532 85
FCV-C1-114 31
FCV-C1-125 31
FCV-F-311 61
TMG-K-526 92
FCV-F-233 49
FCV-C1-123 31
HTE-C2-421 70
BMA-E-114 33
TPM-B2-531 80
NMM-G-531 87

Enright, Ryan
Enright, Ryan
Enright, Ryan
Enright, Ryan
Errera, Marc
Escudié, Dany
Esfarjani, Keivan
Eshima, Shotaro
Esmeelpanah, Javad
Estiot, Elise
Eswaran, Viktor
Eswaran, Vinayak
Everett, Vernie
Everts, Marilize
Ewim, Daniel R.E.
Ezzahri, Younes
Fan, H.
Fan, Li-Wu
Fan, Xiao-wei
Fan, Yilin
Fang, Chiao-Li
Fang, Xing
Fariñas Alvariño, Pablo
Fedorets, AlexanderFeng, Shiyu
Feng, Yanhui
Feng, Zaichun
Feoktistov, Dmitry
Ferret, Bernard
Fichot, Florian
Filippeschi, Sauro
Fischedick, Thomas
Fischer, SebastianFisher, Timothy S.
Flamant, Gilles
Fly, Ashley
Fody, Josh
Fominykh, Andrew
Fontanesi, Claudio
Fornalik-Wajs, Elzbieta
Foroushani, Seyed S. M.
Fossa, Marco
Fraigneau, Yann
Fraigneau, Yann

FCV-F-222 48
CDS-J-232 55
CDS-J-236 55
ECS-K-212 55
CND-H-421 74
CMB-J-532 91
PPE-G-114 35
ECS-K-211 55
FCV-F-232 49
HTE-C2-325 60
HTE-C2-233 45
PLS-K-311 66
SOL-B2-221 42
CNV-C1-524 81
CDS-J-121 38
TMG-K-532 93
MTR-F-111 34
PBL-B1-531 79
CDS-J-234 55
TMG-K-511 92
EEC-H-232 52
RAD-J-322 65
NMM-G-422 73
EVP-B1-116 29
ADS-D-213 46
PLS-K-312 66
INV-E-212
47
EVP-B1-115 29
TPS-B2-512 79
PBL-B1-413 67
TPA-B2-111 30
PMD-I-311
64
TDY-C1-414 69
TMG-K-522 92
PMD-I-316 64
CDS-J-226 54
HEX-G-124 35
TPM-B2-531 80
EES-K-116 39
HTE-C2-234 45
NCV-F-422 72
HTE-C2-422 70
NCV-F-414 72
NCV-F-513 84

France-Lanord, Arthur
Frekers, Yona
Freko, Pascal
Freystein, Martin
Frizzell, Ronan
Fronk, Brian M.
Fu, Benwei
Fu, BoFu, Dong
Fu, Po-Chin
Fu, Rong
Fu, RuiPeng
Fu, Yuan-Xiang
Fujii, Hikari
Fujimoto, Shu
Fujimura, Hideo
Fujino, Hirokazu
Fujioka, Keiko
Fujioka, Ryota
Fujisaki, Takashi
Fukai, Jun
Fukatani, Yuki
Fukuda, Katsuya
Fukunaga, Takanobu
Fukuyama, Yuta
Fumeron, Sebastien
Funatani, Shumpei
Fushinobu, Kazuyoshi
Fustinoni, Damiano
Gaeini, Mohammadreza
Gajbhiye, N. L
Gajbhiye, Narendra
Galizzi, Cédric
Gambaryan-Roisman, Tatiana
Gambaryan-Roisman, Tatiana
Gambaryan-Roisman, Tatiana
Gan, Lianghua
Gao, Dong-Dong
Gao, Hongtao
Gao, JianminGao, JianminGao, Tao
Gao, Tao
Gao, Tieyu

NMM-G-533 87
CND-H-511 87
HEX-G-235 50
TPB-B2-123 30
ECS-K-212 55
CDS-J-112 38
HPP-K-425 77
CND-H-424 74
EEF-K-223 56
RAD-J-422 76
BMA-E-116 33
IPJ-C1-312 59
CND-H-512 87
PMD-I-534 90
GTB-G-411 73
MLT-H-112 36
ACR-G-324 62
ECS-K-215 55
MIN-C1-234 44
NCV-F-421 72
ECS-K-211 55
EVP-B1-114 29
HTE-C2-516 82
BMA-E-222 47
PBL-B1-515 78
NMM-G-535 87
ACR-G-322 62
ADS-D-214 46
HTE-C2-322 60
TST-I-231
53
HTE-C2-233 45
PLS-K-311 66
CMB-J-532 91
MTR-F-124 34
TDY-C1-414 69
TPM-B2-534 80
PLS-K-313 66
PMD-I-313 64
NSM-H-313 63
TDY-C1-426 69
HTE-C2-514 82
EEF-K-231 56
NMM-G-534 87
TDY-C1-426 69

141

Author Index
Gao, Wei
Gao, Wei
Gao, Xuan
Garach, Darshik V.
Garbrecht, Oliver
Garbrecht, Oliver
García del Valle, Javier
García-Cascales, José Ramón
García-Cascales, José Ramón
García-Cascales, José Ramón
Gardarein, Jean-Laurent
Garimella, Srinivas
Garimella, Suresh V.
Garnier, Charles
Gaspar, Jonathan
Gatapova, Elizaveta
Ge, Minghui
Ge, Zhengwei
Gelfgat, Alexander
George, Pradeep
Georgoulas, Anastasios
Ghaffari, Omidreza
Ghajar, Afshin J.
Ghanta, Nikhilesh
Gharibdoust, Kiarash
Ghoshdastidar, Partha
Gilblas, Remi
Giroux-Julien, Stéphanie
Gnanasekaran, Nagarajan
Goddard, Joe
Goepper, Flora
Goetze, Pitt
Goetze, Pitt
Goldstein, Richard
Gomyo, Taisaku
Gong, Feifei
Gong, Liang
Gong, Liang
Gonzálvez-Maciá, Jose
Gorecki, Grzegorz
Gorecki, Grzegorz
Goto, Seiji
Gouriet, Jean-Baptiste
Gradeck, Michel

142

FCV-C1-115 31
CMB-J-533 91
GTB-G-414 73
FCV-F-215 48
MIN-C1-233 44
FCV-F-311 61
NMM-G-422 73
TPB-B2-121 30
TPB-B2-125 30
TPM-B2-521 80
PLS-K-316 66
CDS-J-112 38
PMD-I-411
75
NCV-F-513 84
PLS-K-316 66
EVP-B1-115 29
CDS-J-221 54
NMM-G-426 73
CPM-E-426 71
MFP-G-315 62
TPM-B2-533 80
HTE-C2-515 82
NMM-G-511 86
PMD-I-412 75
EEF-K-222 56
HEX-G-123 35
MIN-C1-221 43
HTE-C2-422 70
INV-E-211
47
TDY-C1-416 69
PBL-B1-424 67
FCV-F-231 49
FCV-F-233 49
GTB-G-411 73
FBL-B1-312 57
TPS-B2-513 79
NSM-H-324 63
PMD-I-423 75
CDS-J-235 55
HEX-G-224 50
CPM-E-412 71
CNV-C1-523 81
PLS-K-314 66
EVP-B1-123 29

Gradeck, Michel
Gradinger, Thomas
Gramazio, Pasqualino
Grenard, Philippe
Griffin, Justin
Gross, Ullrich
Gross, Ulrich
Groulx, Dominic
Groulx, Dominic
Gu, Jingchen
Gu, XiaoguangGuan, Ning
Guevelou, Simon
Guo, Xiaofeng
Guo, Zengyuan
Guo, Zeng-Yuan
Guo, Zeng-Yuan
Guo, Zhen
Guo, Zhen
Gupta, Akhilesh
Gustafsson, Andreas
Gustavsen, Arild
Gustavsen, Arild
Hachiya, Kohei
Haddada, Jalaluddin
Hafeez, Pakeeza
Haghighi, Ehsan B.
Hagino, Harutoshi
Hagiwara, Yoshimichi
Haishi, Tomoyuki
Hakoume, Donia
Hall, Wayne
Ham, Heecheol
Hamamoto, Yoshinori
Hamamoto, Yoshinori
Han, Haoxue
Han, Je-Chin
Han, Kyu-Hyun
Han, Sunwoo
Han, Wei
Han, Youngbae
Hanazaki, Hideshi
Hanks, Daniel
Hanuskova, Miriam

MIN-C1-225 43
EEC-H-223 51
HTE-C2-322 60
CMB-J-535 91
TMG-K-515 92
FCV-F-231 49
FCV-F-233 49
CND-H-515 87
TMG-K-531 93
CND-H-514 87
SOL-B2-216 41
NMM-G-515 86
PMD-I-316 64
TMG-K-511 92
MLT-H-114 36
TPP-I-215
52
TMG-K-516 92
FCL-H-126 36
TMG-K-514 92
HTE-C2-531 83
EES-K-124 39
EEF-K-231 56
NMM-G-534 87
HTE-C2-536 83
HEX-G-125 35
FCV-F-232 49
TMG-K-514 92
TEL-K-323 66
TTR-C2-124 32
MIN-C1-215 43
RAD-J-311 65
MCV-D-511 84
HTE-C2-412 70
ADS-D-215 46
RAD-J-426 76
NMM-G-425 73
GTB-G-416 73
EES-K-125 39
TPP-I-211
52
TPM-B2-532 80
TBF-D-222 46
IPJ-C1-313 59
FLM-H-534 88
EES-K-116 39

Hao, Min
Hara, Shumpei
Hara, Tomoko
Haramura, YoshihikoHaramura, YoshihikoHarmand, Souad
Haruki, Naoto
Haruki, Naoto
Hasegawa, Daisuke
Hasegawa, Koji
Hasegawa, Yosuke
Hasegawa, Yosuke
Hasmady, Saiful
Hassel, Egon
Hatakeyama, Tomoyuki
Hatakeyama, Tomoyuki
Hattori, Yasuo
Hattori, Yasuo
Haussener, Sophia
Haustein, Herman
Hawkes, Evatt
Hawkes, Evatt
Hayashi, Kosuke
He, Sisi
He, Wangbo
He, WeiHe, Y L
He, Y L
He, Yaling
He, YaLing
He, Ya-Ling
He, Ya-Ling
He, Ya-Ling
He, Ya-Ling
He, YanHe, Yinghe
He, Zhenzong
He, Zhen-zong
He, Zhiguang
He, Zhiguang
He, ZhongYang
Heath, Melissa
Heidari, Mahbod
Heidemann, Wolfgang

EES-K-112 39
TTR-C2-123 32
PMD-I-521 89
FCV-F-221 48
PBL-B1-415 67
HTE-C2-221 45
PMD-I-421 75
HTE-C2-536 83
NMM-G-424 73
PBL-B1-522 78
TBF-D-222 46
HTE-C2-316 60
ADS-D-214 46
HTE-C2-522 83
MIN-C1-216 43
EEC-H-211 51
FCV-C1-124 31
NCV-F-511 84
SOL-B2-226 42
FCV-F-311 61
SOL-B2-211 41
SOL-B2-216 41
TBF-D-221 46
TPP-I-116
37
TEL-K-325 66
TEL-K-326 66
PPE-G-113 35
BMA-E-221 47
TST-I-236
53
IPJ-C1-312 59
EVP-B1-111 29
MLT-H-115 36
SOL-B2-224 42
CDS-J-234 55
TPP-I-113
37
NSM-H-322 63
INV-E-215
47
RAD-J-424 76
EEF-K-224 56
OPT-F-523 85
RNE-C1-321 59
MCV-D-511 84
EEF-K-222 56
EEF-K-233 56

Heikal, Morgan
Helcig, ChristianHendricks, Terry
Hensler, Thomas R.
Hernandez, Daniel
Herwig, Heinz
Herwig, Heinz
Herwig, Heinz
Herz, Fabian
Hetsroni, Gad
Hewitt, Geoffery
Hewitt, Geoffrey F.
Hey, Jonathan
Hidema, Ruri
Hidema, Ruri
Higurashi, Tomohiro
Hihara, Eiji
Hihara, Eiji
Hirahata, Hideto
Hirai, Shuichiro
Hirai, Shuichiro
Hirasawa, Shigeki
Hirata, Katsuya
Hirata, Takuya
Ho, Jin Yao
Hodes, Marc
Hodson, Stephen L.
Hoelzl, Reinhold
Hokazono, Masahiro
Hokoi, Shuichi
Holfeld, Anna
Holfeld, Anna
Holloway, Caleb
Honda, Itsuro
Hong, Chungpyo
Hong, Chungpyo
Hong, Jiaju
Hori, Takuma
Horibe, Akihiko
Horibe, AkihikoHoriki, Sachiyo
Hosoda, Masaya
Hossain, MD. Anowar
Hotta, Ryutaro

EVP-B1-122 29
TDY-C1-516 81
NMS-C2-215 44
EEF-K-223 56
MIN-C1-221 43
TTR-C2-115 32
TDY-C1-421 69
TDY-C1-424 69
MFP-G-311 62
FCV-F-321 61
TPN-B2-424 68
TPF-B2-323 58
ECS-K-214 55
FCV-F-214 48
HEX-G-236 50
NMS-C2-211 44
FBL-B1-234 41
ADS-D-213 46
BMA-E-222 47
ECS-K-213 55
PMD-I-531 90
OPT-F-525 85
NCV-F-514 84
EEC-H-222 51
PBL-B1-535 79
FCV-F-222 48
TMG-K-522 92
HEX-G-235 50
TEL-K-323 66
HTE-C2-521 83
HTE-C2-315 60
HTE-C2-323 60
EEC-H-214 51
FBL-B1-221 40
FCV-F-224 48
PBL-B1-511 78
TPN-B2-414 68
PPE-G-114 35
PMD-I-421 75
HTE-C2-536 83
TPF-B2-312 58
NMM-G-523 86
CDS-J-211 54
HPP-K-413 77

Author IndexHou, Xiao-Huang
Houra, Tomoya
Hsieh, Yuan-Ta
Hu, Dinghua
Hu, Guo-Jie
Hu, Jibin
Hu, Ya-Cai
Hu, Yuanchen
Hua, Yu-Chao
Huai, Xiulan
Huai, Xiulan
Huang, Baoling
Huang, Baoling
Huang, Lingyan
Huang, Shanbo
Huang, Shi-Di
Huang, Simin
Huang, Suyi
Huang, Yichuan
Huang, Yong-Hua
Huang, Zheng
Huisseune, Henk
Huisseune, Henk
Huisseune, Henk
Huo, Yongzhan
Huxtable, Scott
Hwang, Seongwon
Hwang, Seyun
Iacovides, Hector
Ichikawa, Takahiro
Ichimiya, Koichi
Ihara, Takeshi
Iida, Oaki
Ikegami, Yasuyuki
Ikuta, Tatsuya
Ikuta, Tatsuya
Illán-Gómez, Fernando
Illán-Gómez, Fernando
Illán-Gómez, Fernando
Illias, Suhaimi
Im, Ik-Tae
Imae, TomohikoImai, Keita
Inam, Mohammad Ilias

PMD-I-313 64
TTR-C2-112 32
EEC-H-232 52
EVP-B1-126 29
MLT-H-114 36
TPN-B2-413 68
PBL-B1-531 79
HTE-C2-416 70
CND-H-413 74
TPN-B2-423 68
HTE-C2-535 83
PPE-G-115 35
TPP-I-225
53
PBL-B1-536 79
PMD-I-423 75
NCV-F-415 72
FCV-F-313 61
EES-K-115 39
TPN-B2-411 68
TPP-I-111
37
PMD-I-415 75
HEX-G-222 50
PMD-I-323 64
PMD-I-324 64
TEL-K-325 66
HTE-C2-421 70
HEX-G-213 49
TPN-B2-412 68
HEX-G-233 50
HPP-K-415 77
ACR-G-322 62
EEF-K-231 56
TTR-C2-121 32
TPF-B2-313 58
CDS-J-223 54
NMM-G-532 87
TPB-B2-121 30
TPB-B2-125 30
TPM-B2-521 80
MIN-C1-212 43
BMA-E-111 33
NMS-C2-214 44
HTE-C2-411 70
NSM-H-322 63

Inaoka, Kyoji
Inaoka, Kyoji
Inoue, Gen
Inoue, Satoshi
Inoue, Shuhei
Inoue, Taiki
Irokawa, Toshio
Isaev, Sergey
Ishiguro, Syuhei
Ishizaki, Takuya
Ishizuka, Masaru
Ishizuka, Masaru
Ito, Daisuke
Ito, Daisuke
Ito, Kohei
Ito, Yasumasa
Ivanov, Nikolay
Iwai, Hiroshi
Iwai, Hiroshi
Iwaki, Chikako
Iwamoto, Kaoru
Iwamoto, Kaoru
Iwata, Minoru
Jackson, Matthew
Jacques, Lionel
Jadhav, Ravi S.
Jäeckel, Eva
Jaluria, Yogesh
Jaluria, Yogesh
Jambal, Odgerel
Jang, Seok Pil
Jannot, Y.
Jarrahi, Mojtaba
Jean, Adrien
Jean, Toutain
Jean, Valentin
Jean, Valentin
Jeffers, Nicholas
Jeffers, Nicholas
Jeffers, Nick
Jeffers, Nick
Jegla, Zdenek
Jelle, Bjørn Petter
Jelle, Bjørn Petter

HEX-G-223 50
HTE-C2-411 70
FCL-H-121 36
ACR-G-324 62
MNF-E-121 33
NMM-G-424 73
RAD-J-321 65
HTE-C2-522 83
ACR-G-322 62
MNF-E-122 33
MIN-C1-216 43
EEC-H-211 51
HEX-G-215 49
PBL-B1-325 57
MIN-C1-215 43
TTR-C2-113 32
HEX-G-231 50
PMD-I-426 75
PMD-I-511
89
NCV-F-412 72
GTB-G-412 73
HPP-K-426 77
RAD-J-321 65
PMD-I-523 89
RAD-J-423 76
HTE-C2-231 45
FCV-F-233 49
MFP-G-315 62
CNV-C1-533 82
CNV-C1-533 82
RNE-C1-326 59
INV-E-216
47
NCV-F-414 72
TPS-B2-512 79
TPA-B2-113 30
NMM-G-533 87
NMM-G-535 87
TPA-B2-114 30
TMG-K-526 92
EEC-H-233 52
TMG-K-533 93
EES-K-111 39
EEF-K-231 56
NMM-G-534 87

Jeng, Ming-ShanJensen, Michael K.
Jeong, Jae JunJeong, Jae-jun
Jeong, Ji-Hwan
Ji, Wen-Tao
Ji, Wen-tao
Ji, Yingying
Ji, Yulong
Ji, Yulong
Jia, Hui
Jia, Lisi
Jia, Mingxing
Jia, Teng
Jiang, Dongyue
Jiang, Fangming
Jiang, Guilin
Jiang, Lanlan
Jiang, Lanlan
Jiang, Lanlan
Jiang, Peixue
Jiang, Peixue
Jiang, Pei-Xue
Jiang, Shengyao
Jiang, Yi
Jiang, Yu Yan
Jiao, Kui
Jiao, LiFang
Jiao, Yafei
Jiao, YuheJige, Daisuke
Jin, Shiping
Jin, Yan
Jones, Barclay
Joshi, Yogendra
Joulain, Karl
Ju, Xing
Ju, Yongh S.
Juang, Ying-ZongJun, Jisu
Jung, SatbyoulKabelac, Stephan
Kabelac, Stephan
Kabov, Oleg

NMS-C2-212 44
CDS-J-123 38
HEX-G-213 49
CDS-J-113 38
HEX-G-213 49
EVP-B1-111 29
CDS-J-234 55
HPP-K-422 77
HPP-K-424 77
HTE-C2-532 83
HTE-C2-414 70
CND-H-425 74
SOL-B2-234 42
INV-E-215
47
CMB-J-536 91
MTR-F-121 34
NMM-G-515 86
TPP-I-121
37
TPP-I-213
52
PMD-I-326 64
PMD-I-415 75
SAT-J-513
90
CND-H-423 74
TPN-B2-411 68
MTR-F-112 34
FBL-B1-315 57
TEL-K-325 66
MIN-C1-232 44
CND-H-525 88
EES-K-124 39
EEC-H-231 52
EES-K-115 39
TTR-C2-115 32
TPM-B2-522 80
PBL-B1-321 57
TMG-K-532 93
TST-I-236
53
HTE-C2-416 70
EEC-H-232 52
CPM-E-424 71
PBL-B1-512 78
TPP-I-223
53
NMT-F-532 85
EVP-B1-115 29

Kabov, Oleg
Kabov, Oleg
Kabova, Yulia
Kaczorowski, Matthias
Kagawa, Masaru
Kajishima, Takeo
Kajita, Yasushi
Kakuta, Naoto
Kakuta, Naoto
Kamada, Toshimitsu
Kamimoto, Takahiro
Kamimoto, Takahiro
Kaneda, Masayuki
Kaneda, Masayuki
Kaneko, Akiko
Kaneko, Toshihiro
Kaneko, ToshihiroKang, Kyong-ho
Kang, Yoon Goo
Kannengieser, Olivier
Kara, Sami
Kariya, Keishi
Karlov, Sergey
Karnauhova, Ekaterina
Kataoka, Isao
Kato, Taro
Kato, Yohei
Kato, Yukitaka
katsuki, Ryoji
Katsuta, Masafumi
Kauppinen, Esko
Kawada, Shoko
Kawaguchi, Tatsuya
Kawaguchi, Tohru
Kawaguchi, Yasuo
Kawai, Akio
Kawaji, Masahiro
Kawakami, Ryoichi
Kawamura, Yosuke
Kawanami, Osamu
Kawanami, Tsuyoshi
Kawasaki, Hiroki
Kawashima, Daisuke
Kazari, Masahide

EVP-B1-116 29
FLM-H-533 88
FLM-H-533 88
NCV-F-415 72
MLT-H-112 36
CDS-J-213 54
MIN-C1-216 43
MIN-C1-234 44
MIN-C1-236 44
ACR-G-324 62
MIN-C1-222 43
MIN-C1-223 43
NMS-C2-214 44
FCV-F-312 61
CDS-J-225 54
FCV-F-234 49
PBL-B1-511 78
CDS-J-113 38
HTE-C2-412 70
PBL-B1-524 78
NSM-H-311 63
FBL-B1-311 57
TDY-C1-413 69
EVP-B1-115 29
NCV-F-421 72
HPP-K-413 77
FCV-F-221 48
ECS-K-215 55
NCV-F-412 72
HPP-K-413 77
NMM-G-421 73
TTR-C2-123 32
MFP-G-312 62
TDY-C1-411 69
TTR-C2-123 32
MLT-H-113 36
TST-I-234
53
TPF-B2-324 58
TPA-B2-115 30
FBL-B1-221 40
OPT-F-525 85
FCV-F-234 49
MIN-C1-236 44
HTE-C2-513 82

143

Author Index
Kearney, Daniel
Keinath, Brendon L.
Kempers, Roger
Kenig, Eugeny Y.
Kenjereš, Sasa
Kenjereš, Saša
Kennof, Gerben
Kerschen, Gaetan
Keshmiri, Amir
Kessal, Mohand
Khodakov, Konstantin
Khramtsov, Dmitry
Kikugawa, Gota
Kikusato, Akira
Kilkovsky, Bohuslav
Kim, Beomjoon
Kim, Hyun Jin
Kim, Hyungdae
Kim, Hyunho
Kim, HyunSoo
Kim, Jeongkeun
Kim, Jungho
Kim, Jungho
Kim, Kwang-Yong
Kim, Kyu Han
Kim, Min Soo
Kim, Moohwan
Kim, Ook Joong
Kim, Seong Jung
Kim, Sung Jin
Kim, Sun-Min
Kim, Taeho
Kim, Tae-Ho
Kim, Taehoon
Kim, Tongbeum
Kim, Won-Seok
Kim, Yeong Hwan
Kim, Yong Woo
Kim, Yoon Jo
Kim, Young Hyung
Kimijima, Shinji
Kimura, Yu
Kind, Matthias
Kinoshita, Shinichi

144

TMG-K-515 92
CDS-J-112 38
HPP-K-411 77
HEX-G-214 49
HTE-C2-234 45
CNV-C1-531 82
PMD-I-324 64
RAD-J-423 76
TTR-C2-114 32
PBL-B1-424 67
PBL-B1-411 67
TPN-B2-425 68
NMM-G-521 86
CMB-J-531 91
EES-K-111 39
TPP-I-214
52
RNE-C1-326 59
PBL-B1-512 78
ADS-D-211 46
CDS-J-233 55
HEX-G-232 50
EVP-B1-114 29
FBL-B1-314 57
EEC-H-224 51
RNE-C1-326 59
ACR-G-321 62
HTE-C2-314 60
TPP-I-125
37
IPJ-C1-311 59
TPA-B2-112 30
EEC-H-224 51
HTE-C2-314 60
EES-K-125 39
EVP-B1-112 29
TDY-C1-423 69
CDS-J-233 55
IPJ-C1-311 59
SOL-B2-212 41
TPN-B2-412 68
SOL-B2-212 41
CND-H-415 74
TTR-C2-116 32
PMD-I-311
64
RAD-J-412 76

Kirkpatrick, Michael
Kishimoto, Masashi
Kishimoto, Masashi
Kita, Shota
Kitagawa, Yoshihiko
Kitamura, Nobuki
Kitano, Tomoaki
Kiyota, Yusuke
Kiyota, Yusuke
Klein, Peter
Klocke, Fritz
Kneer, Reinhold
Kneer, Reinhold
Kneer, Reinhold
Kneer, Reinhold
Kneer, Reinhold
Kneer, Reinhold
Knikker, Ronnie
Knupp, Diego C.
Ko, Dong Guk
Kobayashi, Kenichi
Kobayashi, Shunsuke
Kobayashi, Takashi
Kodama, Shigeo
Koehler, Timothy P.
Kohno, Masamichi
Kohno, Masamichi
Koito, Yasushi
Koizumi, Yasuo
Kolenda, Zygmunt
Komatsu, Yosuke
Komiya, Atsuki
Komiya, Atsuki
Komoda, Yoshiyuki
Komoda, Yoshiyuki
Komori, Satoru
Komossa, Hendrik
Komov, A.T.
Komov, Alexander
Kondo, Fumiya
Kondo, Katsuya
Kondo, Katsuya
Kondo, Yoshiyuki
Kong, Xin

NCV-F-515 84
FCL-H-125 36
PMD-I-511
89
PBL-B1-515 78
TPF-B2-312 58
FCL-H-123 36
CMB-J-523 91
MIN-C1-222 43
MIN-C1-223 43
SOL-B2-213 41
MNF-E-124 33
MNF-E-124 33
MIN-C1-233 44
TPP-I-226
53
FCV-F-311 61
TDY-C1-415 69
CND-H-511 87
CNV-C1-525 81
NSM-H-323 63
BMA-E-111 33
TTR-C2-116 32
ECS-K-211 55
EEC-H-222 51
NCV-F-421 72
TMG-K-522 92
EVP-B1-114 29
NMM-G-532 87
TMG-K-524 92
PBL-B1-412 67
CND-H-415 74
CND-H-415 74
BMA-E-112 33
RAD-J-325 65
FCV-F-214 48
HEX-G-236 50
CMB-J-523 91
MFP-G-311 62
TPB-B2-124 30
HTE-C2-225 45
ECS-K-213 55
MIN-C1-234 44
MIN-C1-236 44
TPF-B2-324 58
PBL-B1-516 78

Kono, Takahiro
Kornev, Nikolai
Kornfeld, Bernard J.
Kortsenshteyn, Naum
.RúDU$OL
Kosevich, Yuriy
Koshiji, Taichi
Kotze, Nicola M.
Koyama, Kohei
Koyama, Shigeru
Koyano, Takehiro
Kozak, Yoram
Krainova, Irina
Kraneborg, Jurjen
Krasovitov, Boris
Krishnan, Swaminathan G.
Kristiawan, Magdalena
Kruger, Sunita
Kuang, Youdi
Kubo, Keisuke
Kühni, ManuelKuk, Keon
Kumar, Prashant
Kumar, Ravi
Kunugi, Tomoaki
Kunugi, Tomoaki
Kurata, Kosaku
Kurimoto, Ryo
Kuroda, Koji
Kurose, Ryoichi
Kusaba, Akira
Kusaka, Hideyuki
Kusaka, Jin
Kusterer, Karsten
Kuwata, Yusuke
Kuzenov, Victor V.
Kuzma-Kichta, Yuri
Kuzma-Kichta, Yury
Kuznetsov, Denis
Kuznetsov, Genii
Kuznetsov, Vladimir V.
Kuznik, FrédéricKwon, Jingyu
La Cava, Emma

RAD-J-425 76
HTE-C2-522 83
NSM-H-311 63
CDS-J-224 54
FCV-F-235 49
NMM-G-425 73
CDS-J-225 54
CNV-C1-524 81
TPF-B2-313 58
EEC-H-231 52
ADS-D-213 46
HEX-G-221 50
RAD-J-421 76
EES-K-124 39
TPM-B2-531 80
PMD-I-411
75
TTR-C2-125 32
EES-K-113 39
TPP-I-225
53
NMM-G-532 87
CMB-J-532 91
ACR-G-321 62
PMD-I-325 64
HTE-C2-531 83
PBL-B1-323 57
PBL-B1-512 78
BMA-E-222 47
TBF-D-221 46
MLT-H-112 36
CMB-J-523 91
CDS-J-223 54
HPP-K-423 77
CMB-J-531 91
HTE-C2-513 82
TTR-C2-126 32
CPM-E-425 71
FBL-B1-313 57
PBL-B1-514 78
EVP-B1-212 40
EVP-B1-115 29
FBL-B1-231 41
NSM-H-321 63
HTE-C2-314 60
EES-K-116 39

Labergue, Alexandre
Labergue, Alexandre
Lacroix, David
Lacroix, David
Lai, Chi-ming
Lam, Lisa
Lamien, Bernard
Lamige, Sylvain
Lamperth, MichaelLan, Shuiquan
Lan, Zhong
Laneryd, Tor
Lapene, AlexandreLau, Ghar Ek
Lau, Wei L.
Launay, Stéphane
Launay, Stéphane
Launder, Brian
Lavieille, Pascal
Lavrikov, Aleksandr
Lavrikov, Alexander
Le Maoult, Yannick
Le Niliot, Christophe
Le Quere, Patrick
Leal, LaetitiaLeão, Hugo L. S. L.
Lecki, Marcin
Lecompte, Steven
Lee, Ann
Lee, Ann
Lee, Bong Jae
Lee, Dae Hee
Lee, Dong Il
Lee, Hee Won
Lee, Jae Young
Lee, Jang Hyun
Lee, Jong-Wook
Lee, Jungho
Lee, Jungseok
Lee, Namkyu
Lee, Seung-Hyun
Lee, Suvit
Lee, Szu-Hung
Lee, Wonchul

EVP-B1-123 29
MIN-C1-225 43
NMM-G-533 87
NMM-G-535 87
HTE-C2-521 83
FCV-F-222 48
BMA-E-114 33
CMB-J-532 91
ECS-K-214 55
NMM-G-525 86
CDS-J-222 54
EES-K-124 39
PMD-I-523 89
HTE-C2-232 45
NSM-H-311 63
EES-K-121 39
CDS-J-231 55
HEX-G-233 50
PBL-B1-423 67
FBL-B1-313 57
PBL-B1-514 78
MIN-C1-221 43
PLS-K-316 66
NCV-F-513 84
PBL-B1-423 67
FBL-B1-236 41
CPM-E-412 71
RNE-C1-325 59
HTE-C2-232 45
HTE-C2-324 60
TPP-I-211
52
IPJ-C1-311 59
SOL-B2-215 41
CND-H-523 88
PBL-B1-525 78
TPN-B2-412 68
CDS-J-233 55
EVP-B1-112 29
TPA-B2-112 30
HTE-C2-412 70
RNE-C1-326 59
HTE-C2-533 83
EES-K-126 39
EVP-B1-216 40

Author Index
Lee, Wooram
Lehmacher, Axel
Lei, Chengwang
Lei, Guilin
Lei, ShenghuiLei, Shijun
Lei, Yuan
Lei, Yuan
Leiroz, Albino
Lemoine, Fabrice
Lemoine, Fabrice
Lenert, Andrej
Lenkov, Viktor
Leong, Kai Choong
Leonov, Victor
Leont'ev, Alexander I.
Leontiev, Alexander I.
Leontyev, Aleksandr
Levy, Avi
Li, Bing-xi
Li, Dan-Yang
Li, Deying
Li, Dong
Li, Dong
Li, GenLi, GenLi, Guang-Cheng
Li, Hongqi
Li, Jiang
Li, Jia-Qi
Li, Jie
Li, Lan
Li, Lan
Li, Lei
Li, Lei
Li, Ling
Li, Ming
Li, Ming-Jia
Li, Perry
Li, Qiang
Li, Qiang
Li, Qianshan
Li, Qin-yi
Li, Qiyuan

PBL-B1-525 78
HEX-G-235 50
NCV-F-411 72
TBF-D-226 46
ECS-K-212 55
CND-H-425 74
EEC-H-212 51
TMG-K-534 93
RNE-C1-324 59
EVP-B1-123 29
MIN-C1-225 43
SOL-B2-223 42
PBL-B1-514 78
PBL-B1-535 79
SOL-B2-214 41
TDY-C1-422 69
HTE-C2-522 83
FBL-B1-313 57
TPM-B2-523 80
HTE-C2-312 60
PBL-B1-531 79
TMG-K-513 92
PPE-G-113 35
BMA-E-221 47
HPP-K-424 77
HTE-C2-532 83
FBL-B1-222 40
EEF-K-232 56
ADS-D-216 46
PBL-B1-531 79
RAD-J-426 76
MFP-G-313 62
OPT-F-521 85
HTE-C2-321 60
NSM-H-315 63
TPS-B2-513 79
TST-I-235
53
SOL-B2-224 42
PMD-I-533 90
PBL-B1-513 78
NMT-F-531 85
TEL-K-325 66
TPP-I-123
37
SOL-B2-216 41

Li, Ri
Li, Shiou-Jiuan
Li, Tao
Li, Wei
Li, Wei
Li, Wenhao
Li, Wenhao
Li, Xiansen
Li, Xiaowei
Li, Xuefang
Li, Xuefang
Li, Xueyuan
Li, Xunfeng
Li, Yafei
Li, Yan
Li, Yang
Li, Yanzhe
Li, Yao
Li, Yiqin
Li, Yuanyang
Li, Yuanyuan
Li, Zengyao
Li, Zeng-Yao
Li, Zhen
Li, Zhen
Li, ZhiGang
Li, Zhixin
Li, Zhixin
Liang, Fei
Liang, J. G.
Liang, Jiangtao
Liang, Kunfeng
Liang, Xingang
Liang, Yuming
Liao, Qiang
Liberzon, Alex
Lienhard V, John
Lienhard V, John H.
Lienhard V, John H.
Ligrani, Phillip
Lim, Sengchuan
Lin, Gang
Lin, Tsing-Fa
Lin, Wamei

CND-H-516 87
GTB-G-416 73
TPM-B2-532 80
TPP-I-113
37
TBF-D-225 46
PMD-I-321 64
HTE-C2-413 70
ADS-D-211 46
PMD-I-512 89
PBL-B1-425 67
CPM-E-415 71
TPN-B2-413 68
TPN-B2-423 68
PLS-K-312 66
PLS-K-312 66
TPP-I-115
37
TEL-K-326 66
NMT-F-533 85
NCV-F-516 84
TPS-B2-515 79
TST-I-236
53
CPM-E-411 71
SOL-B2-232 42
EEF-K-224 56
OPT-F-523 85
FCV-F-221 48
HTE-C2-222 45
OPT-F-523 85
BMA-E-115 33
NMM-G-512 86
EEF-K-221 56
CDS-J-221 54
HTE-C2-511 82
EES-K-115 39
FLM-H-535 88
MIN-C1-224 43
EEF-K-234 56
MTR-F-123 34
TBF-D-224 46
IPJ-C1-311 59
GTB-G-414 73
HTE-C2-513 82
FBL-B1-223 40
HEX-G-211 49

Lin, Wenxian
Lin, Wenxian
Lin, Xipeng
Lin, Yueh-Hung
Lin, Yur-Tsai
Ling, Jiazhen
Lipinski, Tom
Lipinski, Wojciech
Lipinski, Wojciech
Lipinski, Wojciech
Lipstein, Itay
Liu, Bin
Liu, Bin
Liu, Bin
Liu, Chaopeng
Liu, Cheng-Sheng
Liu, Chunlin
Liu, Cong
Liu, Di
Liu, Di
Liu, Fang
Liu, Fang
Liu, Hongzhi
Liu, Ji-Ping
Liu, Jun
Liu, Linhua
Liu, Linhua
Liu, Meng
Liu, Naian
Liu, Naian
Liu, Ni
Liu, QiushengLiu, Qixin
Liu, Shanwei
Liu, ShixianLiu, Wei
Liu, Wei
Liu, Wei
Liu, Weiguo
Liu, Xiaohua
Liu, Yu
Liu, Yu
Liu, Yu
Liu, Zhenhua

NSM-H-322 63
NCV-F-515 84
PBL-B1-425 67
FBL-B1-222 40
HEX-G-122 35
EES-K-114 39
EES-K-126 39
SOL-B2-231 42
PMD-I-314 64
RAD-J-316 65
HTE-C2-524 83
NSM-H-325 63
PMD-I-422 75
HTE-C2-535 83
ACR-G-323 62
CDS-J-212 54
EEC-H-213 51
TDY-C1-513 81
PMD-I-315 64
PMD-I-532 90
CPM-E-423 71
PMD-I-413 75
TST-I-232
53
TPM-B2-532 80
PLS-K-313 66
RAD-J-315 65
RAD-J-324 65
MIN-C1-214 43
FCV-C1-115 31
CMB-J-533 91
SAT-J-512
90
HTE-C2-516 82
NMM-G-522 86
TMG-K-513 92
PMD-I-512 89
MIN-C1-232 44
HTE-C2-414 70
PMD-I-525 89
TPP-I-114
37
MTR-F-112 34
TPP-I-114
37
TPP-I-213
52
PMD-I-326 64
TPS-B2-515 79

Liu, Zhenyu
Liu, Zhi
Liu, Zhichun
Liu, Zhichun
Liu, Zhigang
Liu, Zhongliang
Liu, Zhuowei
Liu, Zuodong
Lloyd, Derrick
Lo Jacono, David
Lomberg, Marina
Longo, Giovanni A.
Lopes, Silvania
Lopez-Belchí, Alejandro
Lopez-Belchi, Alejandro
Lu, ChiLu, Jianfeng
Lu, Jianfeng
Lu, MeiLu, Shu-Shen
Lu, Tian Jian
Lu, Zhengmao
Luan, Hui-bao
Lukashov, Vladimir
Luo, Feng
Luo, Kang
Luo, Kang
Luo, Lincong
Luo, Lingai
Luo, Xiaobing
Luo, Xiaobing
Luo, Yafei
Lyons, Kevin M.
Ma, Chongfang
Ma, Chong-Fang
Ma, Hongbin
Ma, Hongbin
Ma, Hongbin
Ma, Jia
Ma, Lianxiang
Ma, Ting
Ma, Weigang
Ma, Xuehu
Ma, Yong

EVP-B1-126 29
PMD-I-413 75
HTE-C2-414 70
PMD-I-525 89
NMM-G-515 86
PBL-B1-536 79
CND-H-425 74
NMT-F-534 85
HTE-C2-416 70
HTE-C2-424 70
FCL-H-125 36
CDS-J-214 54
PLS-K-314 66
TPB-B2-125 30
TPM-B2-521 80
TEL-K-326 66
TPP-I-212
52
PBL-B1-521 78
TPS-B2-513 79
CND-H-512 87
TDY-C1-423 69
FLM-H-534 88
HEX-G-121 35
CMB-J-522 91
TMG-K-512 92
FCV-F-326 61
MCV-D-515 84
TBF-D-225 46
TMG-K-511 92
MFP-G-313 62
OPT-F-521 85
MIN-C1-216 43
CMB-J-532 91
TMG-K-513 92
NSM-H-325 63
HPP-K-424 77
HPP-K-425 77
HTE-C2-532 83
TDY-C1-425 69
TPP-I-113
37
HTE-C2-321 60
NMM-G-532 87
CDS-J-222 54
TPP-I-124
37

145

Author Index
Ma, Yong
NMM-G-512 86Macêdo, Emanuel
FCV-C1-113 31
MacLachlan, Scott
FCV-F-222 48
Maes, Julien
PMD-I-523 89
Maggioni, Federica Lidia Teresa EEC-H-234 52
Mahdavi, Mostafa
NSM-H-314 63
Mahmood, Gazi
GTB-G-415 73
Mahmood, Gazi
CNV-C1-522 81
Maillet, D.
INV-E-216
47
Makarov, Maksim
FCV-F-213 48
Malloy, Adam
ECS-K-214 55
Mameli, Mauro
TPA-B2-111 30
Manca, Oronzio
MCV-D-513 84
Manchanda, Parth
TPN-B2-424 68
Mancin, Simone
FBL-B1-235 41
Manning, Jonathan
TPF-B2-323 58
Manzoni, Miriam
TPA-B2-111 30
Marchuk, Igor
EVP-B1-116 29
Marengo, Marco
TPA-B2-111 30
Marengo, Marco
TPM-B2-533 80
Marengo, Marco
NMT-F-535 85
Marengo, Marco
NMT-F-536 85
Marinelli, Lorenzo
MCV-D-513 84
Marsh, Charles
TPM-B2-522 80
Marta, Romano
TPA-B2-113 30
Martinez-Botas, Ricardo
ECS-K-214 55
Maruyama, Shigenao
BMA-E-112 33
Maruyama, Shigenao
RAD-J-325 65
Maruyama, Shigeo
NMM-G-421 73
Maruyama, Shigeo
NMM-G-424 73
Masset, Luc
RAD-J-423 76
Matar, Omar
TPN-B2-424 68
Matsuda, Yu
FBL-B1-221 40
Matsumoto, Mitsuhiro
NMM-G-523 86
Matsumoto, Naoko
TMG-K-524 92
Matsumoto, Ryosuke
HEX-G-215 49
Matsumoto, Sohei
NMS-C2-211 44
Matsumoto, Wataru
PMD-I-511
89
Matsumura, Yukihiko
MNF-E-121 33
Matsuo, Takuya
HTE-C2-223 45
Matsuyama, Ken
FCV-C1-124 31
Matuszewski, Lionel
CMB-J-535 91
Maurente, André J.
BMA-E-114 33
Mawatari, Takashi
FBL-B1-311 57

146

McKay, Ian
Mehendale, Sunil
Mehrabi, Mehdi
Ménézo, Christophe
Ménézo, Christophe
Ménézo, Christophe
Meng, Ji'an
Meng, JiandongMeng, Qiang
Mensah, Patrick
Merabia, Samy
Meslem, Amina
Meslem, Amina
Metcalfe, Guy
Meyer, Josua P.
Meyer, Josua P.
Meyer, Josua P.
Meyer, Josua P.
Meyer, Josua P.
Meyer, Josua P.
Meyer, Josua P.
Meyer, Josua P.
Meyer, Josua P.
Meyer, Josua P.
Meyer, Josua P.
Meyer, Josua P.
Meyer, Josua P.
Meyer, Josua P.
Meyer, Josua P.
Meyer, Josua P.
Meyer, Josua P.
Meyer, Josua P.
Michii, Kizuku
Miguel, Alberto
Mikhailovich, Boris
Milanez, Luiz Fernando
Milani, Davide
Miljkovic, Nenad
Miljkovic, Nenad
Milkie, Jeffrey A.
Min, Hao
Min, Qi
Ming, Pingjian
Ming, Tingzhen

ADS-D-211 46
FBL-B1-224 40
FCV-F-324 61
MIN-C1-226 43
HTE-C2-422 70
NCV-F-516 84
HTE-C2-222 45
MFP-G-315 62
TMG-K-513 92
FCV-F-323 61
NMM-G-533 87
TTR-C2-125 32
NSM-H-326 63
HTE-C2-525 83
FCV-C1-111 31
HEX-G-126 35
CDS-J-116 38
CDS-J-121 38
SOL-B2-235 42
MIN-C1-231 44
FCV-F-212 48
FCV-F-215 48
FCV-F-216 48
TPP-I-221
53
TPP-I-222
53
RNE-C1-322 59
FCV-F-324 61
NSM-H-314 63
CND-H-414 74
CNV-C1-522 81
CNV-C1-524 81
HTE-C2-534 83
NCV-F-421 72
CNV-C1-532 82
TPM-B2-523 80
CND-H-412 74
CDS-J-215 54
CDS-J-232 55
CDS-J-236 55
CDS-J-112 38
TPP-I-213
52
PMD-I-512 89
CND-H-525 88
NSM-H-312 63

Minko, Konstantin
Miscevic, Marc
Mishima, Fumiya
Mishra, Subhash
Mitrovic, Jovan
Mitsutake, Yuichi
Miura, Kensuke
Miyara, Akio
Miyara, Akio
Miyawaki, Kosuke
Miyazaki, Koji
Miyoshi, Koji
Miyoshi, Kota
Mizutani, Masaki
Mo, Dong-Chuan
Mo, Songping
Mochizuki, Masataka
Mochizuki, Masataka
Mochizuki, Masataka
Mochizuki, Masataka
Mochizuki, Sadanari
Moiseev, Mikhail
Moita, Ana
Mojiri, Ahmad
Momoki, Satoru
Monde, Masanori
Monde, Masanori
Montagné, Brice
Moreira, Antonio
Moreira, Debora
Mori, EnaMori, Hideo
Mori, Hideo
Mori, Hideo
Mori, Shoji
Morimatsu, Yuki
Morimoto, Kenichi
Morini, Gian Luca
Morokuma, Takayuki
Morrison, Karl
Mostaghimi, Javad
Mostaghimi, Javad
Motegi, Kosuke
Muggeridge, Ann

CDS-J-114
PBL-B1-423
TPF-B2-313
CND-H-422
PBL-B1-533
MIN-C1-212
TTR-C2-113
HEX-G-125
CDS-J-211
PMD-I-426
TEL-K-323
MIN-C1-211
PMD-I-511
CDS-J-126
CND-H-512
CND-H-425
FCL-H-126
HPP-K-412
HPP-K-414
TMG-K-514
HPP-K-412
EVP-B1-212
PBL-B1-534
SOL-B2-221
TPF-B2-321
MIN-C1-212
MCV-D-511
TTR-C2-125
PBL-B1-534
TPP-I-112
GTB-G-412
ADS-D-215
FBL-B1-311
RAD-J-426
HPP-K-415
FCL-H-126
OPT-F-522
FCV-F-224
FLM-H-532
SOL-B2-211
MTR-F-111
FCV-F-232
FCV-F-234
PMD-I-523

38
67
58
74
79
43
32
35
54
75
66
43
89
38
87
74
36
77
77
92
77
40
79
42
58
43
84
32
79
37
73
46
57
76
77
36
85
48
88
41
34
49
49
89

Mukasa, Shinobu
Mulock Houwer, Franscois
Mun, Ilju
Murakami, Mutsuaki
Murakami, Sho
Murakami, Takuru
Murakami, Yoichi
Murakawa, Hideki
Muramatsu, Kenshiro
Murata, Akira
Murata, Akira
Murray, Darina
Murray, Darina
Murray, Darina B.
Mutailipu, Meiheriayi
Mwesigye, AggreyNæss, ErlingNæss, Erling
Nafsun, Aainaa Izyan
Nagai, Niro
Nagai, Niro
Nagano, Hosei
Nagano, Katsunori
Nagano, Yasutaka
Nagare, Yutaka
Nagasaka, Wataru
Nagase, Fumihisa
Nagata, Harunori
Nagata, Kouji
Nagatake, Taku
Nagayama, Gyoko
Nakabe, Kazuyoshi
Nakagaki, Takao
Nakagawa, Masafumi
Nakagawa, Naoki
Nakagawa, Shinji
Nakagawa, Shinji
Nakahara, Daisuke
Nakahara, Masaya
Nakaharai, Hiroyuki
Nakaharai, Hiroyuki
Nakajima, Shota
Nakajima, Tadashi
Nakamata, Chiyuki

PLS-K-315 66
CNV-C1-524 81
ACR-G-321 62
MNF-E-123 33
MLT-H-111
36
PPE-G-114 35
MLT-H-113 36
FCL-H-123 36
TBF-D-222 46
GTB-G-412 73
HPP-K-426 77
TPF-B2-314 58
SAT-J-515
90
HTE-C2-523 83
PMD-I-326 64
SOL-B2-235 42
HTE-C2-315 60
HTE-C2-323 60
MFP-G-311 62
EVP-B1-125 29
HPP-K-422 77
MNF-E-122 33
TST-I-232
53
TTR-C2-112 32
BMA-E-222 47
HTE-C2-223 45
MIN-C1-232 44
RAD-J-321 65
TTR-C2-113 32
MIN-C1-232 44
CDS-J-126 38
HTE-C2-223 45
PMD-I-424 75
TPA-B2-115 30
ADS-D-213 46
MIN-C1-216 43
EEC-H-211 51
MNF-E-121 33
CMB-J-521 91
EES-K-122 39
CNV-C1-523 81
TTR-C2-116 32
MLT-H-112 36
GTB-G-411 73

Author Index
Nakamura, Akira
Nakamura, Hajime
Nakamura, Hajime
Nakamura, Makoto
Nakamura, Shota
Nakano, Ryota
Nakano, Yuta
Nakaso, Koichi
Nakayama, Akira
Nakayama, Akira
Nakayama, Akira
Nam, Youngsuk
Narasimhan, Arunn
Narayanan, Shankar
Narayanan, Shankar
Narayanan, Vinod
Narayanan, Vinod
Narayanaswamy, Ramesh
Narcy, Marine
Nardini, Sergio
Nasim Hasan, Mohammad
Nastase, Ilinca
Nastase, Ilinca
Natesh, Shashank
Naumkin, Viktor
Navarro-Peris, Emilio
Naveira-Cotta, Carolina Palma
Naveira-Cotta, Carolina Palma
Naylor, David
Nedea, Silvia
Nefzaoui, Elyes
Nekrasov, Dmitry
Nenarokomov, Aleksey
Nenarokomov, Aleksey
Netelev, Andrey
Ng, Wa San
Ngo, Lloyd C.
Nguyen, Nam Trung
Nguyen, Thang
Nguyen, Thang
Nguyen, Thang
Nguyen, Thien Duy
Nguyen, Tien
Nian, Yong-Le

MIN-C1-211 43
FCV-C1-121 31
CND-H-521 88
TST-I-232
53
IPJ-C1-313 59
PMD-I-513 89
FCL-H-126 36
ECS-K-211 55
PMD-I-321 64
HTE-C2-413 70
PMD-I-421 75
EVP-B1-216 40
BMA-E-113 33
ADS-D-211 46
FLM-H-534 88
CDS-J-115 38
EVP-B1-213 40
EVP-B1-213 40
FBL-B1-314 57
MCV-D-513 84
MIN-C1-212 43
TTR-C2-125 32
NSM-H-326 63
CDS-J-115 38
FCV-F-213 48
CDS-J-235 55
NSM-H-323 63
PMD-I-522 89
NCV-F-422 72
TDY-C1-412 69
TMG-K-532 93
TPN-B2-425 68
INV-E-213
47
RAD-J-421 76
INV-E-213
47
NMM-G-511 86
RNE-C1-322 59
TBF-D-223 46
HPP-K-412 77
HPP-K-414 77
TMG-K-514 92
HTE-C2-221 45
TMG-K-514 92
TPP-I-111
37

Nieckele, Angela
Niezgoda, Mathieu
Niimi, Tomohide
Nikaido, Hitoshi
Niki, Yuta
Niro, Alfonso
Nishi, Koji
Nishida, Atsushi
Nishida, Felipe Baptista
Nishida, Robert
Nishida, Shogo
Nishimura, Satoshi
Nishio, Jun
Nishiyama, Takashi
NithinNiu, Zhiqiang
Noda, Atsuto
Noh, Jae-Man
Nomura, Shinfuku
Noto, Kensuke
Nunes, Luiz Carlos
Nuntadusit, Chayut
Obadina, Sarah
Obrecht, ChristianOda, Manabu
Oda, Yutaka
O'Donovan, Tadhg S
O'Donovan, Tadhg S
Oga, Yosuke
Ogawa, Kuniyasu
Ogushi, Tetsuro
Oh, Dong-Wook
Oh, Dong-Wook
Oh, Jong-Taek
Ohadi, Michael
Ohara, Taku
Ohara, Taku
Ohashi, Akio
Ohashi, Masakazu
Ohashi, Masakazu
Ohliger, Andreas
Ohliger, Andreas
Ohshima, Tsubasa
Ohta, Haruhiko

TPM-B2-524 80
MIN-C1-235 44
FBL-B1-221 40
EVP-B1-125 29
EEC-H-222 51
HTE-C2-322 60
EEC-H-211 51
TTR-C2-124 32
EEC-H-221 51
FCL-H-124 36
MLT-H-112 36
RAD-J-412 76
CMB-J-523 91
CDS-J-223 54
INV-E-211
47
TEL-K-325 66
PMD-I-531 90
CPM-E-424 71
PLS-K-315 66
TTR-C2-121 32
TPP-I-112
37
IPJ-C1-314 59
HEX-G-124 35
NSM-H-321 63
CNV-C1-523 81
TTR-C2-122 32
SOL-B2-222 42
SOL-B2-225 42
MNF-E-121 33
MIN-C1-215 43
EEC-H-222 51
EVP-B1-112 29
TPP-I-125
37
FBL-B1-233 41
HEX-G-124 35
MLT-H-111
36
NMM-G-521 86
ACR-G-322 62
FCL-H-126 36
TMG-K-514 92
TPP-I-226
53
TDY-C1-415 69
CDS-J-213 54
PBL-B1-515 78

Ohtake, Hiroyasu
Okabe, Takahiro
Okada, Takuya
Okafor, Izuchukwu Francis
Okajima, Junnosuke
Okajima, Junnosuke
Okazaki, Ken
Okazaki, Ken
Okazaki, Ken
Okinaga, Seiji
Okino, Shinya
Okitsu, Taku
Okosun, Anfani
Okumura, YukihikoOkuno, Eiichi
Okutucu-Özyurt, Tuba
Okuyama, Kunito
Oliveira, Antonio
Oliveira, Ricardo
Onishi, Hajime
Onishi, Hiroki
Onishi, Shunsuke
Ono, Kenji
Ono, Naoki
Onuma, Eiji
Oosterhuis, Joris
Oosthuizen, Patrick H.
Oosthuizen, Patrick H.
Oprins, Herman
Ordonez-Miranda, Jose
O'Reilly Meehan, Rudi
Orlande, Helcio R. B.
Orlande, Helcio R. B.
Orlandi, Michele
Osakabe, Masahiro
Osawa, TomohiroOse, Yasuo
Ose, Yasuo
Otanicar, Todd
Otsuka, Keigo
Ouchi, Takafumi
Ouyang, Xiao-Long
Ozawa, Mamoru
Pabiou, Hervé

PBL-B1-522 78
BMA-E-112 33
RNE-C1-323 59
FCV-C1-111 31
BMA-E-112 33
RAD-J-325 65
RNE-C1-323 59
PMD-I-513 89
CMB-J-524 91
FCV-C1-124 31
IPJ-C1-313 59
FCV-F-312 61
EEF-K-223 56
RNE-C1-323 59
TDY-C1-411 69
TPM-B2-526 80
HPP-K-415 77
CPM-E-414 71
CNV-C1-532 82
CNV-C1-521 81
EVP-B1-125 29
PBL-B1-515 78
BMA-E-223 47
NMS-C2-211 44
FCV-C1-124 31
PMD-I-515 89
FCV-C1-122 31
NCV-F-424 72
EEC-H-234 52
TPP-I-214
52
TPF-B2-314 58
BMA-E-114 33
INV-E-214
47
EES-K-116 39
TPF-B2-312 58
PBL-B1-511 78
PBL-B1-323 57
PBL-B1-512 78
EES-K-123 39
NMM-G-424 73
ADS-D-215 46
CND-H-423 74
TPF-B2-322 58
MIN-C1-226 43

Pabiou, Hervé
Padilla, Jorge
Pakhomov, Maksim
Palchekovskaya, Natalia
Palchekovskaya, Natalia
Pandit, Jaideep
Panella, Bruno
Panigrahy, Snehasish
Pansang, Rattanakorn
Park, Hanvit
Park, Hyun Jin
Park, Hyunsun
Park, Il Seouk
Park, Jang Min
Park, Jang-Min
Park, Sang Hee
Park, Sang Jin
Park, Yong-Jun
Pattamatta, Arvind
Pattamatta, Arvind
Pattanotai, Teeranai
Patterson, John
Paul, Anup
Pavithran, S.
Pavlenko, Aleksandr
Pavlenko, Aleksandr
Pedrazzi, Simone
Peles, Yoav
Pellé, Julien
Peng, BenliPeng, Peng
Pepper, Darrell W.
Pereira, Luiz M.
Persoons, Tim
Persoons, Tim
Persoons, Tim
Phan, Thanh-Long
Pharoah, Jon
Phelan, BernadettePhelan, Patrick
Pignon, Baptiste
Piper, Mark
Pirmez, Pieter
Planquart, Ph.

NCV-F-516 84
EVP-B1-124 29
TPS-B2-514 79
FCV-C1-114 31
TDY-C1-511 81
HTE-C2-421 70
CDS-J-215 54
CND-H-422 74
IPJ-C1-314 59
HTE-C2-326 60
IPJ-C1-311 59
HTE-C2-314 60
CND-H-523 88
TPP-I-125
37
EVP-B1-112 29
SOL-B2-212 41
TPP-I-125
37
RNE-C1-326 59
TPB-B2-123 30
PMD-I-412 75
PMD-I-513 89
NCV-F-411 72
BMA-E-113 33
MCV-D-514 84
EVP-B1-212 40
EVP-B1-215 40
EES-K-116 39
CDS-J-123 38
HTE-C2-221 45
CDS-J-222 54
MTR-F-121 34
CPM-E-413 71
FCV-C1-113 31
TPF-B2-314 58
HTE-C2-523 83
SAT-J-515
90
HPP-K-412 77
FCL-H-124 36
EES-K-123 39
EES-K-123 39
MIN-C1-213 43
HEX-G-214 49
PMD-I-324 64
CND-H-513 87147

Author Index
3OHVNDF]àXNDV]Pokusaev, Boris
Pokusaev, Boris
Popovich, Sergey
Pranoto, Indro
Prasher, Ravi
Prat, Marc
Preston, Daniel J.
Preston, Daniel J.
Pretorius, Leon
Prinsloo, Francois P.A
Proulx, Pierre
Puls, Hendrik
Punch, Jeff
Punch, Jeff
Qi, Hong
Qi, Hong
Qian, Xiaodong
Qian, Xin
Qin, Frank G.F.
Qiu, Chen-Hui
Qiu, LinQiu, Lin
Qu, Zhiguo
Qu, Zhiguo
Quaresma, João N. N.
Queeney, John
Quinn, Cian
Quintard, Michel
Quintard, Michel
Quintard, Michel
Quintard, Michel
Radermacher, Reinhard
Rahim, Ismail
Raj, Rishi
Raj, Rishi
Raj, Uday
Rambaud, Patrick
Ramirez-Rivera, Francisco
Ramírez-Rivera, Francisco
Ramos, Juan
Ramos, Juan
Randrianalisoa, Jaona
Ranjan, Devesh

148

HTE-C2-234 45
TPN-B2-425 68
TDY-C1-413 69
FCV-C1-125 31
PBL-B1-535 79
EES-K-123 39
PBL-B1-413 67
CDS-J-232 55
CDS-J-236 55
EES-K-113 39
FCV-F-212 48
PLS-K-314 66
MNF-E-124 33
TMG-K-526 92
TMG-K-533 93
INV-E-215
47
RAD-J-424 76
OPT-F-523 85
EES-K-115 39
FCV-F-313 61
NMT-F-533 85
MIN-C1-214 43
PMD-I-322 64
ADS-D-212 46
IPJ-C1-312 59
FCV-C1-113 31
CDS-J-236 55
SAT-J-515
90
PBL-B1-413 67
CPM-E-421 71
CPM-E-422 71
PMD-I-523 89
EES-K-114 39
PLS-K-315 66
EVP-B1-113 29
FLM-H-534 88
CND-H-524 88
PLS-K-314 66
TPB-B2-121 30
TPB-B2-125 30
FCV-F-325 61
CMB-J-525 91
RAD-J-316 65
HTE-C2-423 70

Reddy, B. V. Krishna
Redecker, Christoph
Reich, Leanne
Reizes, John A.
Reizes, John A.
Rémy, B.
Remy, BenjaminRen, Ya-tao
Renard, M.
Reviznikov, Dmitry
Ribatski, Gherhardt
Richardt, Carsten
Rietz, ManuelRighetti, Giulia
Rigollet, Fabrice
Rindt, Camilo
Rindt, Camilo
Rindt, Camilo C. M.
Ris, Vladimir
Rivière, Philippe
Rivière, Philippe
Robinson, AnthonyRodiet, Christophe
Rodrigues, Nelson
Roger, Maxime
Rohlfs, Wilko
Rohlfs, Wilko
Roisman, Ilia
Roos, Thomas
Rosengarten, Gary
Rosengarten, Gary
Rosengarten, Gary
Rossetto, Luisa
Rouizi, Y.
Rousseau, Benoit
Rousseau, Benoit
Rousseau, Pieter
Rousseau, Pieter
Roux, Jean-Jacques
Roux, Stephan
Roveta, Guido
Roy, Monisha
Roy, Satyajit
Roychowdhury, Somasree

TEL-K-324 66
TDY-C1-424 69
PMD-I-314 64
NSM-H-311 63
NCV-F-512 84
INV-E-216
47
MIN-C1-235 44
RAD-J-424 76
CND-H-513 87
RAD-J-312 65
FBL-B1-236 41
HTE-C2-325 60
MIN-C1-233 44
CDS-J-214 54
PLS-K-316 66
TST-I-231
53
NMM-G-525 86
TDY-C1-412 69
HEX-G-231 50
RAD-J-411 76
RAD-J-413 76
HPP-K-411 77
MIN-C1-235 44
CNV-C1-532 82
RAD-J-314 65
MIN-C1-233 44
FCV-F-311 61
NMT-F-535 85
SOL-B2-213 41
SOL-B2-216 41
SOL-B2-221 42
TPM-B2-525 80
FBL-B1-235 41
INV-E-216
47
PMD-I-316 64
RAD-J-311 65
CPM-E-424 71
RAD-J-414 76
NSM-H-321 63
CNV-C1-522 81
CDS-J-215 54
MCV-D-512 84
MCV-D-512 84
NMM-G-514 86

Rozenfeld, Tomer
Ruan, Liming
Ruan, Li-ming
Rufer, Alfred
Ruiz-Trejo, Enrique
Rusaouën, Gilles
Ruyer, Pierre
Ryu, Seunggeol
Ryzhkov, Sergei V.
Saccone, Giacomo
Sack, Jean
Sadr, Reza
Saiki, Takahito
Saito, Hiroshi
Saito, Motohiro
Saito, Motohiro
Saito, Takushi
Saito, Yasushi
Saito, Yasushi
Saito, Yasushi
Saito, Yuji
Saito, Yuji
Saito, Yuji
Sáiz Jabardo, José María
Sakagami, Masaaki
Sakai, Fumika
Sakai, Yasuhiko
Sakashita, Hiroto
Sakurai, Atsushi
Sakurai, Yota
Salavati, Saeid
Salort, Julien
Salviano, Leandro
Sampath, Sanjay
Samy, Alagiru
Sandberg, Linn Ingunn
Sane, NarayanSano, Yoshihiko
Sano, YoshihikoSantangelo, Paolo E.
Sapin, Paul
Saranjam, Nazli
Sarraf, Kifah
Sasaki, Sho

HEX-G-221 50
INV-E-215
47
RAD-J-424 76
EEF-K-222 56
FCL-H-125 36
NSM-H-321 63
EVP-B1-211 40
EVP-B1-216 40
CPM-E-425 71
TBF-D-221 46
CDS-J-236 55
HTE-C2-423 70
PBL-B1-511 78
HPP-K-426 77
PMD-I-426 75
PMD-I-511
89
MFP-G-312 62
FCL-H-123 36
HEX-G-215 49
PBL-B1-325 57
HPP-K-412 77
HPP-K-414 77
TMG-K-514 92
NMM-G-422 73
HTE-C2-411 70
PMD-I-321 64
TTR-C2-113 32
PBL-B1-414 67
RAD-J-313 65
TTR-C2-126 32
FCV-F-232 49
MIN-C1-226 43
OPT-F-524 85
SAT-J-514
90
CND-H-524 88
NMM-G-534 87
MCV-D-514 84
PMD-I-421 75
HTE-C2-536 83
EVP-B1-121 29
PBL-B1-413 67
MTR-F-111 34
CDS-J-231 55
ECS-K-213 55

Sasaki, Soichi
Satake, Shin-ichi
Satake, Shin-ichi
Sathyanarayana, Aravind
Sato, Daiki
Satoh, Isao
Satoh, Koyu
Satoh, Koyu
Sayer, Robert A.
Sazhin, Sergei
Sazhin, Sergei S.
Scammell, Alexander
Schabel, Wilhelm
Scharfer, Philip
Scherer, Viktor
Schmandt, BastianSciazko, Anna
Sebilleau, Julien
Sefiane, Khellil
Segev, Reuven
Segond, Guillaume
Seki, Takashi
Selle, Laurent
Semenov, Andrey
Senda, Mamoru
Sentenac, Thierry
Seo, Han
Sera, Toshihiro
Sergent, Anne
Serizawa, Yoshihiro
Shah, Mirza
Shah, Mirza
Shah, Mirza
Shakouri, Ali
Shamirzaev, Alisher S.
Shan, Xiaodong
Shan, Yanguang
Shao, Cheng
Shao, Wei
Shao, Xuefeng
Sharar, Darin
Sharifpur, Mohsen
Sharifpur, Mohsen
Sharifpur, Mohsen

TPF-B2-321 58
MNF-E-125 33
TEL-K-322 66
PBL-B1-321 57
PMD-I-425 75
MFP-G-312 62
FCV-C1-115 31
CMB-J-533 91
TMG-K-522 92
TPS-B2-511 79
EVP-B1-122 29
FBL-B1-314 57
MTR-F-114 34
MTR-F-114 34
MFP-G-311 62
TDY-C1-421 69
CND-H-415 74
EVP-B1-211 40
EVP-B1-114 29
TDY-C1-416 69
EES-K-121 39
BMA-E-112 33
CMB-J-535 91
EVP-B1-115 29
HTE-C2-411 70
MIN-C1-221 43
PBL-B1-523 78
BMA-E-223 47
NCV-F-513 84
EVP-B1-125 29
CDS-J-122 38
FBL-B1-225 40
FBL-B1-226 40
TDY-C1-512 81
FBL-B1-231 41
CND-H-411 74
TPS-B2-513 79
NMM-G-524 86
HTE-C2-312 60
CND-H-425 74
EEC-H-214 51
MIN-C1-231 44
TPP-I-221
53
TPP-I-222
53

Author Index
Sharifpur, Mohsen
Sharifpur, Mohsen
Sheer, John
Shekriladze, Irakli G.
Shen, Chun
Shen, Cuihong
Shen, Dan
Shen, Jun
Sheremet, Mikhail
Shete, Jayanti
Shevchuk, Igor V.
Shi, Bo
Shi, Lin
Shi, Xiaojun
Shi, Yanping
Shibahara, Masahiko
Shibahara, Masahiko
Shiga, Takuma
Shigenaga, Ryosuke
Shih, Duke Po-Chen
Shiibara, Naoki
Shikazono, Naoki
Shikazono, Naoki
Shimamura, Kengo
Shimizu, Shun
Shiomi, Junichiro
Shiomi, Junichiro
Shioyama, Tsutomu
Shirai, Katsuaki
Shiratori, Kosuke
Shishkin, Andrey
Shishkova, Irina
Shojaeian, Mostafa
Shooshtari, Amir
Shu, Liangsuo
Shustov, Mikhail
Shustov, Mikhail
Shyu, Jin-Cherng
Sian, Rony
Siedel, SamuelSielaff, Axel
Simmer, J.
Simon, Philippe
Simon, Terrence

FCV-F-324 61
NSM-H-314 63
SOL-B2-213 41
PBL-B1-326 57
NSM-H-316 63
TPS-B2-513 79
TST-I-233
53
PMD-I-525 89
NCV-F-423 72
MCV-D-514 84
TDY-C1-516 81
PPE-G-111 35
BMA-E-225 47
HTE-C2-514 82
TBF-D-225 46
MLT-H-111
36
NMM-G-521 86
PPE-G-114 35
EES-K-122 39
TST-I-234
53
CND-H-521 88
TBF-D-222 46
HTE-C2-316 60
TPF-B2-324 58
BMA-E-223 47
PPE-G-114 35
TDY-C1-411 69
NCV-F-412 72
OPT-F-525 85
HPP-K-423 77
TPF-B2-315 58
TPS-B2-511 79
FCV-F-235 49
HEX-G-124 35
EES-K-115 39
FBL-B1-313 57
PBL-B1-514 78
NMS-C2-212 44
HEX-G-122 35
HPP-K-411 77
PBL-B1-422 67
MTR-F-111 34
MFP-G-314 62
PMD-I-314 64

Simon, Terrence
Simon, Terrence
Singh, Randeep
Singh, Randeep
Smeulders, David M. J.
Smirnov, Evgueni M.
Smith, Kate
Smulsky, Yaroslav
Sobotka, Vincent
Sodjavi, Kodjovi
Sodjavi, Kodjovi
Son, Jong Hyeon
Song, Gan
Song, Hang
Song, Jiwei
Song, Jiwoon
Song, Junping
Song, MengXuan
Song, YongchenSong, YongchenSong, YongchenSong, YongchenSong, YongchenSong, YongchenSong, Yongchen
Soto, Ana
Soucasse, Laurent
Soufiani, Anouar
Soufiani, Anouar
Soulaine, CyprienSpecht, Eckehard
Speetjens, Michel F. M.
Sphaier, Leandro
Spindler, Klaus
Spindler, Klaus
Srikanth, Rangarajan
Stafford, Jason
Stafford, Jason
Stafford, Jason
Stafford, Jason
Stanley, C.
Starodubtseva, Irina
Staub, Christian
Steffen, Paul-Martin

GTB-G-411 73
PMD-I-533 90
HPP-K-414 77
TMG-K-514 92
TDY-C1-412 69
HEX-G-231 50
HPP-K-411 77
TTR-C2-111 32
MIN-C1-213 43
TTR-C2-125 32
NSM-H-326 63
CND-H-523 88
FLM-H-535 88
ACR-G-323 62
TMG-K-525 92
HTE-C2-412 70
TPP-I-113
37
RNE-C1-321 59
TPP-I-114
37
TPP-I-121
37
EES-K-112 39
TPP-I-213
52
PMD-I-315 64
PMD-I-326 64
PMD-I-532 90
NMM-G-422 73
RAD-J-411 76
RAD-J-411 76
RAD-J-413 76
CPM-E-422 71
MFP-G-311 62
HTE-C2-525 83
TPP-I-112
37
CDS-J-111 38
EEF-K-233 56
TMG-K-523 92
TPA-B2-114 30
EEC-H-233 52
TMG-K-526 92
TMG-K-533 93
SOL-B2-221 42
EVP-B1-215 40
EEF-K-233 56
TPP-I-226
53

Stehlik, Petr
Stephan, Peter
Stephan, Peter
Stephan, Peter
Stephan, Peter
Stephan, Peter
Steyn, Madder
Still, Martin
Stinson, Matthew
Stuckenbruck, Sidney
Su, BoSu, DanSu, HsienChin
Suga, KazuhikoSuga, KazuhikoSuga, Takafumi
Sugai, Shunsuke
Sugaya, Kazuhiro
Sugimoto, Katsumi
Sugimoto, Takao
Sugimoto, Toshiki
Sugiura, Tessai
Sugiyama, Daichi
Suleman, Omar
Sun, ChuangSun, FengxianSun, Menghe
Sun, Qie
Sun, Yingying
Sun, Yuqing
Sundararajan, Thirumalachari
Sunden, Bengt
Sunden, Bengt
Surblys, Donatas
Surtaev, Anton
Suto, Hitoshi
Suto, Hitoshi
Suzuki, Hiroshi
Suzuki, Hiroshi
Suzuki, Kengo
Suzuki, Koichi
Suzuki, Yuji
Suzuki, Yuji
Suzuki, Yutaka

EES-K-111 39
TPB-B2-123 30
MTR-F-124 34
PBL-B1-322 57
PBL-B1-422 67
TDY-C1-414 69
FCV-F-216 48
MTR-F-124 34
GTB-G-411 73
TPM-B2-524 80
TPP-I-213
52
FCV-C1-112 31
EEC-H-213 51
TTR-C2-126 32
NMS-C2-214 44
NCV-F-421 72
CMB-J-524 91
HPP-K-413 77
FCL-H-123 36
HTE-C2-513 82
FCL-H-122 36
BMA-E-112 33
TST-I-232
53
TMG-K-515 92
NCV-F-425 72
NSM-H-316 63
TDY-C1-515 81
TMG-K-525 92
EEF-K-221 56
HTE-C2-532 83
NMM-G-514 86
HEX-G-211 49
HTE-C2-425 70
MLT-H-112 36
EVP-B1-215 40
FCV-C1-124 31
NCV-F-511 84
FCV-F-214 48
HEX-G-236 50
PMD-I-425 75
FBL-B1-313 57
RAD-J-323 65
OPT-F-522 85
CDS-J-225 54

Swaminathan, Jaichander
Swaminathan, Prasanna
Swanson, Scot E.
Szmyd, Janusz
Szmyd, Janusz
Tabe, Yutaka
Tachibana, Masamitsu
Tada, Yukio
Tadano, Yara de Souza
Tadrist, Lounès
Tadrist, Lounès
Tadrist, Lounès
Tadrist, Lounès
Tadrist, Lounès
Tagawa, Masato
Tagawa, Toshio
Takahashi, Kazuki
Takahashi, Koji
Takahashi, Koji
Takamatsu, Hiroshi
Takano, Kohei
Takase, Kazuyuki
Takashiba, Yasuto
Takata, Yasuyuki
Takata, Yasuyuki
Takata, Yasuyuki
Takeda, Tetsuaki
Takeishi, Kenichiro
Takenaka, Nobuyuki
Takenaka, Nobuyuki
Takimoto, Akira
Talukdar, PrabalTam, Hou Kuan
Tam, Lap Mou
Tamdogan, Enes
Tan, Heping
Tan, He-Ping
Tan, He-Ping
Tan, He-Ping
Tan, Jianyu
Tan, Jinyi
Tan, Kai
Tanaka, Chitose
Tanaka, Gaku

MTR-F-123 34
RAD-J-413 76
TMG-K-522 92
HTE-C2-234 45
CND-H-415 74
PMD-I-425 75
MNF-E-123 33
CNV-C1-521 81
EEC-H-221 51
EES-K-121 39
EVP-B1-214 40
CDS-J-231 55
PBL-B1-423 67
PBL-B1-424 67
TTR-C2-112 32
HTE-C2-224 45
PBL-B1-412 67
CDS-J-223 54
NMM-G-532 87
BMA-E-222 47
HPP-K-422 77
MIN-C1-232 44
TPF-B2-321 58
EVP-B1-114 29
CDS-J-223 54
NMM-G-532 87
ACR-G-322 62
TTR-C2-122 32
FCL-H-123 36
MIN-C1-211 43
CNV-C1-521 81
CND-H-524 88
NMM-G-511 86
NMM-G-511 86
NCV-F-426 72
RAD-J-415 76
FCV-F-326 61
NCV-F-425 72
MCV-D-515 84
RAD-J-324 65
EES-K-115 39
EES-K-115 39
FBL-B1-234 41
BMA-E-223 47

149

Author Index
Tanaka, Gaku
Tanaka, Ryozo
Tanaka, TakahiroTang, D. W.
Tang, Dawei
Tang, Dawei
Tang, Dawei
Tang, Dawei
Tang, Dawei
Tang, Guihua
Tang, Lingyue
Tang, Tsz Kit
Tang, Yi-Chun
Tang, Zhen
Tanigawa, Hirochika
Tanigawa, Hirofumi
Taniguchi, Jun
Taniguchi, Jun
Tanimizu, Katsuyoshi
Tano, Takuya
Tao, Wenquan
Tao, Wenquan
Tao, Wen-QuanTao, Wen-QuanTao, Wen-QuanTao, Wen-QuanTao, Wen-QuanTao, Wen-QuanTao, Yong X.
Tarasevich, Stanislav
Tardif, Xavier
Tartarini, Paolo
Tartarini, Paolo
Tatami, Atsushi
Tatasumoto, Keisuke
Tatsumi, Junichi
Tatsumi, Kazuya
Taylor, Robert
Taylor, Robert
Taylor, Robert
Teixeira, Jose
Teixeira, Jose
Teixeira, Senhorinha
Teixeira, Senhorinha

150

HPP-K-423 77
HTE-C2-513 82
PMD-I-424 75
NMM-G-512 86
TPP-I-124
37
MIN-C1-214 43
FCV-F-221 48
FBL-B1-315 57
PMD-I-322 64
CND-H-424 74
TPP-I-213
52
HTE-C2-324 60
HEX-G-122 35
SOL-B2-232 42
NCV-F-514 84
MTR-F-113 34
MNF-E-125 33
TEL-K-322 66
HTE-C2-423 70
FCV-F-214 48
ADS-D-212 46
CPM-E-411 71
EVP-B1-111 29
HEX-G-121 35
MLT-H-115 36
SOL-B2-224 42
SOL-B2-232 42
CDS-J-234 55
NSM-H-312 63
TPF-B2-315 58
MIN-C1-213 43
EVP-B1-121 29
EES-K-116 39
MNF-E-123 33
NCV-F-514 84
NMM-G-523 86
HTE-C2-223 45
EES-K-123 39
SOL-B2-211 41
SOL-B2-216 41
CPM-E-414 71
CNV-C1-532 82
CPM-E-414 71
CNV-C1-532 82

Telles, Mariana Cristina
Tembhurne, Saurabh
Teodori, Emanuele
Terashima, Osamu
Terekhov, Victor
Terekhov, Victor I.
Terekhov, Viktor I.
Terekhov, Vladimir
Termentzidis, Konstantinos
Termentzidis, Konstantinos
Terrapon, Vincent E.
Theristis, Marios
Thomas, Ingo
Thome, John R.
Thome, John Richard
Thomsen, Elizabeth
Thring, Rob
Throvagunta, Praveen
Throvagunta, Praveen
Tian, Chengcheng
Tian, Hao
Tian, Maocheng
Tian, X.
Timchenko, Victoria
Timchenko, Victoria
Timchenko, Victoria
Timchenko, Victoria
Timchenko, Victoria
Titov, Alexander
Tkachenko, Oxana A.
Tkachenko, Svetlana
Toda, Ryohei
Togawa, Junya
Tokunaga, Atsushi
Tokunaga, Kenichi
Tomimura, Toshio
Tomiyama, Akio
Tong, LiGe
Tong, Lige
Tong, Zi-Xiang
Topin, Frederic
Topin, FredéricTorii, Shuichi
Toshima, Naoki

TPP-I-112
37
SOL-B2-226 42
PBL-B1-534 79
TTR-C2-113 32
TTR-C2-111 32
FCV-C1-123 31
TPS-B2-514 79
CMB-J-522 91
NMM-G-533 87
NMM-G-535 87
MFP-G-314 62
SOL-B2-222 42
HEX-G-235 50
TPN-B2-421 68
EEF-K-222 56
SOL-B2-221 42
CDS-J-226 54
HTE-C2-233 45
PLS-K-311 66
EEF-K-232 56
EEF-K-224 56
TBF-D-225 46
TPP-I-124
37
NSM-H-311 63
RAD-J-316 65
HTE-C2-422 70
NCV-F-512 84
CMB-J-534 91
FCV-F-211 48
NCV-F-512 84
NCV-F-512 84
MLT-H-111
36
TST-I-232
53
CDS-J-126 38
CMB-J-521 91
TMG-K-524 92
TBF-D-221 46
NSM-H-315 63
CND-H-514 87
MLT-H-115 36
PMD-I-325 64
PBL-B1-423 67
HTE-C2-415 70
TEL-K-323 66

Totani, Tsuyoshi
Tow, Emily W.
Toyota, HiromichiTran, Honghi
Tran, Julian M.
Tranchant, Laurent
Trenkinshu, Sergey
Trevizoli, Paulo
Trifonova, Tatyana
Tsai, Hann-Huei
Tschur, Nikolay
Tshimanga, Ntumba
Tsukahara, Takahiro
Tsurimaki, Yoichiro
Tsuruta, Takaharu
Tsuruta, Takaharu
Tsushima, Shohji
Tsushima, Shohji
Tu, Jiyuan
Turek, Vojtech
Türkakar, Göker
Twomey, Alan
Tyagi, Himanshu
Uemura, Suguru
Ueno, Ai
Ueno, Ichiro
Ueno, Ichiro
Ueno, Takashi
Ullmann, Amos
Umekawa, Hisashi
Umekawa, Hisashi
Unno, Noriyuki
Unno, Noriyuki
Ustinov, Alexander
Utaka, Yoshio
Utaka, Yoshio
Utsumi, Seiho
Vadasz, Peter
Vaillon, Rodolphe
van Buren, Simon
Van de Ven, Jamesvan den Broek, Martijn
van der Geld, Cees W. M.
van der Meer, Theo

RAD-J-321 65
TBF-D-224 46
PLS-K-315 66
TST-I-234
53
HEX-G-214 49
TPP-I-214
52
EEF-K-223 56
HEX-G-212 49
NCV-F-423 72
EEC-H-232 52
HEX-G-231 50
MIN-C1-231 44
TTR-C2-123 32
RAD-J-325 65
MTR-F-113 34
CDS-J-126 38
ECS-K-213 55
PMD-I-531 90
TPN-B2-411 68
EES-K-111 39
TPM-B2-526 80
BMA-E-222 47
EES-K-123 39
PMD-I-531 90
RAD-J-323 65
FCV-F-234 49
PBL-B1-511 78
TPF-B2-324 58
HTE-C2-524 83
HEX-G-215 49
TPF-B2-322 58
MNF-E-125 33
TEL-K-322 66
PBL-B1-533 79
PBL-B1-324 57
FLM-H-532 88
TPF-B2-324 58
PMD-I-414 75
RAD-J-325 65
CND-H-511 87
PMD-I-533 90
RNE-C1-325 59
TPB-B2-122 30
PMD-I-515 89

van der Walt, Stefan
Van Dyke, Alexander
Van Oevelen, Tijs
van Weelderen, Rob
Vanderwagen, Calvin
Varava, A.N.
Varava, Alexander
Vasquez, Cristal
Vera-García, Francisco
Vera-García, Francisco
Vera-García, Francisco
Verissimo, Gabriel
Vessakosol, Passakorn
Vicente, Jerome
Vieler, Sarah
Vierendeels, Jan
Vigdorovich, Igor I.
Vijay, Dig
Vijay, Dig
Villa, Fabio
Vinogradov, Urii
Vinogradov, Urii
Voirand, Antoine
Volz, SebastianVolz, SebastianVu, Pham Quang
Waddell, Alistair
Wae-hayee, Makatar
Wakita, Masashi
Wako, Takahiro
Walker, Simon
Wallenstein, Martin
Wan, Qian
Wang, Chao
Wang, Chenglong
Wang, Chi-Chuan
Wang, Chi-Chuan
Wang, Dayong
Wang, Dongdong
Wang, Evelyn
Wang, Evelyn
Wang, Evelyn
Wang, Evelyn N.
Wang, Evelyn N.

RAD-J-414 76
TPP-I-224
53
OPT-F-526 85
CPM-E-422 71
CNV-C1-524 81
TPB-B2-124 30
HTE-C2-225 45
NMM-G-423 73
TPB-B2-121 30
TPB-B2-125 30
TPM-B2-521 80
RNE-C1-324 59
IPJ-C1-314 59
PMD-I-316 64
CND-H-511 87
HEX-G-222 50
TDY-C1-422 69
FCV-F-231 49
FCV-F-233 49
NMT-F-535 85
FCV-C1-125 31
FCV-F-211 48
MTR-F-122 34
TPP-I-214
52
NMM-G-425 73
FBL-B1-233 41
TMG-K-533 93
IPJ-C1-314 59
RAD-J-321 65
NMS-C2-211 44
TPF-B2-323 58
PMD-I-311
64
TPN-B2-414 68
NSM-H-325 63
HTE-C2-425 70
HEX-G-122 35
TMG-K-521 92
TPP-I-114
37
PMD-I-525 89
SOL-B2-223 42
NMS-C2-215 44
ADS-D-211 46
EVP-B1-113 29
CDS-J-232 55

Author Index
Wang, Evelyn N.
Wang, Evelyn N.
Wang, Guo-xiang
Wang, Guo-xiang
Wang, Guo-Xiang
Wang, Hai-Dong
Wang, Hai-Dong
Wang, Han
Wang, HongWang, Hongfu
Wang, Hui
Wang, Jianli
Wang, Jiaqi
Wang, Jiaqi
Wang, Jiaqi
Wang, Jingfu
Wang, Kun
Wang, Kun
Wang, LeWang, Lei
Wang, Li
Wang, Li
Wang, Li
Wang, Lijuan
Wang, Lixin
Wang, MoranWang, MoranWang, Naihua
Wang, Naihua
Wang, Qian
Wang, Qiuwang
Wang, Qiuwang
Wang, Qiuwang
Wang, RuiWang, Shenglong
Wang, Shixue
Wang, Shixue
Wang, Shu-Lei
Wang, SongWang, Tao
Wang, Wei
Wang, Wei
Wang, Wei-Hsiang
Wang, Weilong

CDS-J-236 55
FLM-H-534 88
PPE-G-113 35
BMA-E-221 47
SAT-J-511
90
MLT-H-114 36
TMG-K-516 92
NCV-F-425 72
FLM-H-535 88
HTE-C2-311 60
ADS-D-212 46
TPP-I-116
37
TPP-I-114
37
PMD-I-315 64
PMD-I-532 90
SOL-B2-234 42
SOL-B2-224 42
TMG-K-525 92
GTB-G-413 73
HTE-C2-425 70
NSM-H-315 63
PBL-B1-536 79
CND-H-514 87
HEX-G-223 50
CND-H-526 88
CND-H-411 74
PMD-I-514 89
TMG-K-512 92
TMG-K-525 92
TST-I-233
53
HEX-G-211 49
HEX-G-234 50
HTE-C2-321 60
TPN-B2-422 68
TPP-I-121
37
CDS-J-221 54
TEL-K-326 66
FBL-B1-223 40
HEX-G-121 35
FBL-B1-315 57
TDY-C1-426 69
HTE-C2-514 82
GTB-G-416 73
ADS-D-216 46

Wang, Weilong
Wang, Wenhua
Wang, Xiao-Ming
Wang, Xinjiang
Wang, Xiuling
Wang, Xiyun
Wang, Yabo
Wang, Yi-Fei
Wang, Yuanyuan
Wang, Zhaoliang
Wang, Zhaoliang
Wang, ZhichengWang, Zhiyun
Warrier, Gopinath R.
Warsinger, David E. M.
Watanabe, Hirotatsu
Watanabe, Hirotatsu
Watanabe, Takumi
Wei, GaoshengWei, Guanghua
Wei, Jinjia
Wei, Xiaolan
Weibel, Justin A.
Weigand, BernhardWen, Chang-Da (Alex)
Wen, Rongfu
West, Alastair
White, Mary Anne
Wilcox, Douglas
Williamson, Nicholas
Wilson, Mike
Wirtz, Siegmar
Woffenden, Albert
Woitalka, AlexanderWong, Teck Neng
Woodfield, Peter
Wrobel, Witold
Wu, Bangxian
Wu, Bin
Wu, BingHeng
Wu, Choi Keng
Wu, Chuansong
Wu, Hao
Wu, Huiying

TPP-I-212
52
HTE-C2-511 82
CND-H-512 87
PPE-G-115 35
CPM-E-413 71
EES-K-115 39
BMA-E-115 33
TMG-K-535 93
TEL-K-321 66
TPP-I-124
37
NMM-G-512 86
FBL-B1-315 57
FCV-C1-112 31
HTE-C2-416 70
MTR-F-123 34
PMD-I-513 89
CMB-J-524 91
FCV-F-234 49
CND-H-526 88
SAT-J-514
90
PBL-B1-516 78
TPP-I-212
52
PMD-I-411
75
HTE-C2-512 82
RAD-J-422 76
CDS-J-222 54
HEX-G-233 50
CND-H-515 87
PMD-I-515 89
NCV-F-515 84
GTB-G-413 73
MFP-G-311 62
SOL-B2-216 41
HEX-G-235 50
TBF-D-223 46
MCV-D-511 84
HTE-C2-234 45
HTE-C2-533 83
EEF-K-223 56
RNE-C1-321 59
NMM-G-511 86
PLS-K-312 66
HTE-C2-312 60
EVP-B1-126 29

Wu, Jian-Fu
Wu, Jianghong
Wu, Jing
Wu, L.
Wu, Ming
Wu, WeiWu, WeiWu, Wenjuan
Wu, Wenjuan
Wu, Xinxin
Wu, Yuting
Wu, Yu-Ting
Wu, Zihua
Wulf, Rhena
Wulf, Rhena
Wuttijumnong, Vijit
Xi, Guannan
Xi, Guannan
Xi, Guan-Nan
Xi, Xinming
Xia, Ke-Qing
Xia, Xinlin
Xia, Xin-Lin
Xia, Xin-Lin
Xiao, Liehui
Xiao, Rong
Xiao, Xin
Xie, Gongnan
Xie, Huaqing
Xie, Huaqing
Xie, Huaqing
Xie, Ming
Xie, Xiaochen
Xie, Xiaodong
Xie, Xiaodong
Xin, Fang
Xin, Feng
Xin, Gongming
Xin, Gongming
Xin, Shihe
Xin, Shihe
Xing, Yunfei
Xiong, Yanbin
Xiong, Yaxuan

EEC-H-232 52
ACR-G-323 62
TDY-C1-514 81
NMT-F-534 85
TST-I-236
53
MTR-F-121 34
TPN-B2-413 68
PPE-G-113 35
BMA-E-221 47
PMD-I-512 89
TMG-K-513 92
NSM-H-325 63
PLS-K-313 66
FCV-F-231 49
FCV-F-233 49
TMG-K-514 92
HEX-G-223 50
CNV-C1-534 82
EVP-B1-111 29
FCV-F-315 61
NCV-F-415 72
NSM-H-316 63
TPP-I-122
37
NCV-F-425 72
FCV-F-315 61
FLM-H-534 88
TST-I-235
53
HEX-G-211 49
TPP-I-115
37
PLS-K-313 66
TEL-K-321 66
RAD-J-415 76
RAD-J-415 76
FCV-C1-115 31
CMB-J-533 91
TPN-B2-423 68
PMD-I-313 64
HTE-C2-311 60
HPP-K-421 77
CNV-C1-525 81
NCV-F-516 84
FCV-F-322 61
PMD-I-415 75
TMG-K-513 92

Xiong, Yuan
Xu, Chao
Xu, Feng
Xu, GangXu, Hui
Xu, Hujin
Xu, Liang
Xu, Liang
Xu, Min
Xu, Pengfei
Xu, Rui-Na
Xu, Shuhong
Xu, Wei
Xu, Xiangyang
Xu, Yongjun
Xu, Zhi
Xu, Zhiming
Xuan, Yimin
Xuan, Yimin
Xuan, Yimin
Xuan, Yimin
Yagi, Takashi
Yagov, Victor V.
Yakovlev, Anatoly
Yamada, Akira
Yamada, Akira
Yamada, Jun
Yamada, Kenta
Yamada, Shunsuke
Yamada, Shunsuke
Yamada, Yukio
Yamada, Yukio
Yamada, Yutaka
Yamaguchi, Hiroki
Yamaguchi, Tomohiko
Yamaguchi, Tomohiko
Yamaguchi, Yasutaka
Yamamoto, Akihiro
Yamamoto, Mami
Yamashina, Goshi
Yamashita, Kyohei
Yamashita, Seiya
Yan, Hong Bin
Yan, Jun-Jie

CMB-J-526 91
TST-I-236
53
TDY-C1-425 69
EEF-K-221 56
HEX-G-223 50
PMD-I-423 75
TDY-C1-426 69
HTE-C2-514 82
TPN-B2-423 68
PBL-B1-513 78
CND-H-423 74
PMD-I-424 75
CDS-J-222 54
HTE-C2-321 60
FCV-F-313 61
HTE-C2-312 60
NMT-F-534 85
PPE-G-111 35
RAD-J-326 65
PBL-B1-513 78
NMT-F-531 85
MNF-E-123 33
PBL-B1-526 78
TPF-B2-315 58
EES-K-122 39
CNV-C1-523 81
RAD-J-425 76
MIN-C1-234 44
FCV-C1-121 31
CND-H-521 88
MIN-C1-234 44
MIN-C1-236 44
CDS-J-223 54
FBL-B1-221 40
TPF-B2-321 58
TPN-B2-414 68
MLT-H-112 36
CNV-C1-521 81
HTE-C2-411 70
TPF-B2-322 58
NMM-G-531 87
EEC-H-231 52
TDY-C1-423 69
TPM-B2-532 80

151Author Index
Yan, Yuying
Yan, Yuying
Yan, Yuying
Yanagihara, Hideki
Yanagihara, Jurandir
Yanazawa, Tadamichi
Yang, Charles
Yang, Chien-Yuh
Yang, Chun
Yang, Jianfeng
Yang, Jiayue
Yang, Jiayue
Yang, Jinguo
Yang, Juekuan
Yang, Junfeng
Yang, Kai-Shing
Yang, Lei
Yang, Lei
Yang, Lei
Yang, Lijun
Yang, Lijun
Yang, Lijun
Yang, LinYang, Liu
Yang, Mingjun
Yang, Mingjun
Yang, Minlin
Yang, Mo
Yang, Moucun
Yang, Moucun
Yang, Qianpeng
Yang, Sungwoo
Yang, Wei-Wei
Yang, Wenming
Yang, Xiao HuYang, Xiao-Ping
Yang, Xiaoxi
Yang, Xingtuan
Yang, Yahui
Yang, Yongping
Yang, Yongping
Yankov, Georgij
Yao, Chun-Wei
Yao, G.

152

BMA-E-116 33
NSM-H-313 63
TPN-B2-414 68
NMM-G-531 87
OPT-F-524 85
NCV-F-412 72
PBL-B1-535 79
FBL-B1-222 40
NMM-G-426 73
HEX-G-234 50
RAD-J-315 65
RAD-J-324 65
HTE-C2-414 70
TPP-I-116
37
TPN-B2-424 68
NMS-C2-212 44
TPP-I-114
37
PMD-I-315 64
PMD-I-532 90
EEF-K-221 56
HTE-C2-313 60
FCV-F-315 61
HTE-C2-416 70
RAD-J-415 76
TPP-I-114
37
TPP-I-121
37
FCV-F-313 61
FCV-C1-112 31
SOL-B2-211 41
SOL-B2-216 41
BMA-E-225 47
ADS-D-211 46
MLT-H-115 36
CMB-J-536 91
TDY-C1-423 69
TPM-B2-532 80
FCV-F-313 61
TPN-B2-411 68
FCV-F-224 48
HTE-C2-313 60
CND-H-526 88
CDS-J-114 38
TPM-B2-522 80
TPP-I-124
37

Yao, Shichune
Yarygina, Nadezhda
Yastrebov, Arseniy
Yasumi, Keisuke
Yasuoka, Haruka
Yazawa, Kazuaki
Yeo, Jiwon
Yeoh, Guan Heng
Yeoh, Guan Heng
Yeoh, Guan Heng
Yeoh, Guan Heng
Yi, Hong-LiangYi, Hong-Liang
Yin, Shaowu
Yin, Shaowu
Ying, Zhaoxia
Yip, Meesin
Yokobori, Seiichi
Yokota, Hideo
Yokouchi, Yasuo
Yokoyama, Daiki
Yokoyama, Keishi
Yong, Qingqing
Yoo, Seong-Yeon
Yoon, Sungho
Yoshida, Atsumasa
Yoshida, Hideo
Yoshida, Hideo
Yoshida, Hiroyuki
Yoshida, Kenji
Yoshidome, Junpei
Yoshimura, Tomoya
Yoshinaga, Takao
Yoshino, Hajime
You, Wei
Youn, Suk Bum
Youn, Youngjik
Younsi, Amina
Yu, Hai-Yan
Yu, WeiYu, Xingjian
Yu, YanYu, Zi-Tao
Yuan, Chao

TPP-I-113
37
TTR-C2-111 32
CDS-J-224 54
PBL-B1-421 67
NMS-C2-214 44
TDY-C1-512 81
EEC-H-231 52
HTE-C2-232 45
HTE-C2-324 60
NCV-F-512 84
CMB-J-534 91
FCV-F-326 61
MCV-D-515 84
NSM-H-315 63
CND-H-514 87
BMA-E-221 47
GTB-G-414 73
PBL-B1-421 67
BMA-E-223 47
MIN-C1-215 43
ACR-G-322 62
TBF-D-222 46
FCV-C1-112 31
EES-K-125 39
HTE-C2-314 60
RAD-J-412 76
PMD-I-426 75
PMD-I-511
89
MIN-C1-232 44
NCV-F-421 72
FBL-B1-312 57
HEX-G-215 49
PMD-I-521 89
HTE-C2-415 70
CPM-E-411 71
BMA-E-111 33
TBF-D-222 46
CPM-E-421 71
NMT-F-533 85
TPP-I-115
37
MFP-G-313 62
CND-H-525 88
PBL-B1-531 79
MFP-G-313 62

Yuan, Chao
Yuan, Shihua
Yuan, Yinnan
Yuan, Zhong-Xian
Yue, Lindsey
Yue, Peng
Yue, Peng
Yue, Yujin
Yuen, Chun
Yuen, Richard Kwok Kit
Yuguchi, Seiichiro
Yun, Byong-jo
Yun, Rin
Zaitsev, Dmitry
Zaitsev, Dmitry
Zakharenkov, Alexander
Zakharov, Nikolay
Zalcman, Daniel
Zamanian, Rahim
Zamengo, Massimiliano
Zamora, MiguelZamoum, Mohammed
Zditovets, Andrey
Zeigarnik, Yury
Zeng, Jianbang
Zeng, Miao
Zeng, Miao
Zeng, Min
Zeng, Min
Zhang, Baowen
Zhang, Baowen
Zhang, Biao
Zhang, Chao
Zhang, Chengbin
Zhang, Cheng-Mei
Zhang, Chengwu
Zhang, Chong
Zhang, Ding-cai
Zhang, Fang-Fang
Zhang, Guangmeng
Zhang, Guanmin
Zhang, Guoqing
Zhang, Hao-Chun
Zhang, Huaichen

OPT-F-521 85
TPN-B2-413 68
CNV-C1-534 82
PMD-I-313 64
SOL-B2-231 42
MIN-C1-214 43
PMD-I-322 64
HTE-C2-313 60
CMB-J-534 91
CMB-J-534 91
HPP-K-423 77
CDS-J-113 38
HTE-C2-326 60
EVP-B1-115 29
FLM-H-533 88
HTE-C2-225 45
TDY-C1-413 69
NCV-F-422 72
FCV-F-235 49
ECS-K-215 55
CDS-J-235 55
PBL-B1-424 67
FCV-F-211 48
PBL-B1-411 67
MTR-F-121 34
SOL-B2-234 42
FCV-F-221 48
HEX-G-234 50
HTE-C2-321 60
EEC-H-212 51
TMG-K-534 93
INV-E-215
47
PMD-I-533 90
NMM-G-513 86
TPP-I-111
37
NMM-G-515 86
HPP-K-421 77
CDS-J-234 55
FLM-H-535 88
PBL-B1-536 79
TBF-D-225 46
PMD-I-413 75
NMT-F-533 85
TDY-C1-412 69

Zhang, Hui
Zhang, Ji
Zhang, JiaJie
Zhang, Jin
Zhang, Le
Zhang, Li
Zhang, Liang
Zhang, Lun
Zhang, Peng
Zhang, Ping
Zhang, Shuai
Zhang, Shun-De
Zhang, Shusheng
Zhang, TieJun
Zhang, Wen
Zhang, Wenjie
Zhang, Xiang-Xiong
Zhang, Xing
Zhang, Xing
Zhang, Xing
Zhang, Xing
Zhang, Xing
Zhang, Xing
Zhang, Xin-Rong
Zhang, Xin-Rong
Zhang, Xin-Rong
Zhang, Xinxin
Zhang, Xinxin
Zhang, Xinyu
Zhang, Yamin
Zhang, Ya-ning
Zhang, Yanni
Zhang, Yi
Zhang, Yilong
Zhang, Yinping
Zhang, Yonghai
Zhang, Yuwen
Zhang, Yuwen
Zhang, Z.
Zhang, Zhen
Zhang, Zhen
Zhang, Zhuomin
Zhao, Bo
Zhao, Changying

HTE-C2-313 60
HTE-C2-426 70
IPJ-C1-312 59
PPE-G-111 35
CND-H-423 74
PMD-I-514 89
PBL-B1-531 79
MTR-F-112 34
TST-I-235
53
NMT-F-531 85
TDY-C1-426 69
TPP-I-122
37
HTE-C2-311 60
FLM-H-531 88
ADS-D-212 46
RAD-J-315 65
NMS-C2-213 44
TPP-I-116
37
TPP-I-123
37
RNE-C1-321 59
TEL-K-326 66
NMM-G-532 87
TMG-K-516 92
FCV-F-223 48
TDY-C1-515 81
NMM-G-526 86
SOL-B2-234 42
PLS-K-312 66
CND-H-525 88
BMA-E-115 33
HTE-C2-312 60
HTE-C2-426 70
TPP-I-114
37
NMT-F-534 85
TDY-C1-513 81
PBL-B1-516 78
FCV-C1-112 31
INV-E-212
47
NMT-F-534 85
CDS-J-234 55
SAT-J-513
90
RAD-J-313 65
RAD-J-313 65
TST-I-233
53

Author IndexZhao, Changying
Zhao, Changying
Zhao, Chuang-Yao
Zhao, Jiafei
Zhao, Jiafei
Zhao, Jiafei
Zhao, Jiafei
Zhao, Jingde
Zhao, JunZhao, Nannan
Zhao, Tianshou
Zhao, Tianshou
Zhao, Xin-Peng
Zhao, Yang
Zhao, Yaohua
Zhao, Yongling
Zhao, Yuechao

RAD-J-322 65
SAT-J-514
90
EVP-B1-111 29
TPP-I-114
37
TPP-I-121
37
PMD-I-315 64
PMD-I-532 90
SAT-J-512
90
CDS-J-221 54
HPP-K-425 77
EEC-H-212 51
TMG-K-534 93
SOL-B2-232 42
NMT-F-533 85
HTE-C2-426 70
NCV-F-411 72
TPP-I-121
37

Statistics
RegionAustralia*
Brazil*Canada*China*
France*Germany*
India*
Israel*Italy*
Japan*
Korea*
Portugal*
Russia*South Africa*
Switzerland*
The Netherlands*
UK*

USA*

Zhao, Yuechao
Zhao, Yuechao
Zhao, Yulong
Zhao, Zhou
Zharenov, Igor
Zheng, Cheng
Zheng, Huai
Zheng, Lili
Zheng, Mei
Zheng, Mei
Zheng, Wentian
Zheng, Xinghua
Zheng, Xinghua
Zhong, Fengquan
Zhong, Minho
Zhou, Bo
Zhou, Chenn Q.

EES-K-112 39
TPP-I-213
52
CDS-J-221 54
HTE-C2-516 82
SOL-B2-214 41
SOL-B2-216 41
MFP-G-313 62
SAT-J-514
90
TBF-D-226 46
TPN-B2-422 68
TPN-B2-424 68
MIN-C1-214 43
PMD-I-322 64
FCV-F-322 61
CNV-C1-534 82
CND-H-423 74
EEF-K-223 56

Zhou, HaochengZhou, HongZhou, Jia-Wei
Zhou, Xiaofeng
Zhou, Xinhuan
Zhou, Xinhuan
Zhou, Zhi-Fu
Zhu, Beibei
Zhu, Guo-Qing
Zhu, Hongye
Zhu, Jianjun
Zhu, Jianjun
Zhu, Kai
Zhu, Xiaolei
Zhu, Xun
Zhu, Yangying
Zhu, Yinhai

HTE-C2-313 60
HTE-C2-222 45
NMS-C2-213 44
TPP-I-115
37
TPP-I-213
52
PMD-I-326 64
SAT-J-511
90
NSM-H-313 63
HEX-G-121 35
TPN-B2-411 68
TBF-D-226 46
TPN-B2-422 68
BMA-E-115 33
HTE-C2-222 45
FLM-H-535 88
NMS-C2-215 44
PMD-I-415 75

Zhu, Zihao
Zhu, Zihao
Zhukov, Vladimir
Zhukov, Vladmir
Zibart, Alexander
Zilio, Claudio
Zilio, Claudio
Ziskind, Gennady
Zondag, Herbert
Zondag, Herbert
Zondag, Herbert A.
Zong, Xiao
Zou, Shuai
Zuke, Donald
Zuo, Yuanzhi

PMD-I-315 64
PMD-I-532 90
EVP-B1-212 40
PBL-B1-514 78
HEX-G-214 49
CDS-J-125 38
CDS-J-214 54
HEX-G-221 50
TST-I-231
53
NMM-G-525 86
TDY-C1-412 69
TPM-B2-532 80
CNV-C1-534 82
EEF-K-223 56
FCV-F-313 61

World Total Abstract submitted: 1308, Full paper submitted: 914 (70%), Finally accepted: 699 (53%)

Member(s)Australia, New Zealand, Indonesia, Malaysia, Singapore
Brazil, Other South American countries not specified elsewhere
CanadaChina
France, African countries not specified elsewhere
Germany, Austria
India, Other South Asian countries not specified elsewhere
IsraelItaly, Spain
Japan, Taiwan, Pakistan, Other East Asian countries not
specified elsewhere
Korea
Portugal
Russia, Ukraine, Republic of Belarus, Moldova, Georgia,
Armenia, Azerbaijan
South Africa
Switzerland
The Netherlands, Benelux countries and Scandinavia
UK, Ireland, Greece, Turkey, Egypt, OtherMiddle East countries
not specified elsewhere, Serbia, Croatia, Slovenia, Bosnia andother Balkan countries, Estonia, Latvia and Lithuania, Czech
republic and Slovakia, Hungary, Romania, Poland, Bulgaria andAlbania
United States of America, Mexico, Other Central Americancountries

153End-Credit Rolls
In addition to the committee members and the authors listed above, we extend our sincere thanks to the following contributors.
Heat Transfer Community
John Rose
Jungho Kim
Peter Woodfield
Laurent-Emmanuel Brizzi

Tanaka Print
Hironobu Matsumoto

Ex-Mayer of Kyoto City
Yorikane Masumoto

JTB Western Japan
Hirotsugu Hosokawa
Ichiro Nakamura
Ken Maehara

Governor of Kyoto Pref.
Keiji Yamada
Heat Transfer Society ofJapan
Ken Ishizuka
Takeshi Osawa
Hiroko Kuramizu
Science Council of Japan
Masaya Naruse
Misa Sato
Yuuhei Shikata
Ren Shimada
Gou Suga
Asuka Umeno
International Centre for
Heat and Mass Transfer
Faruk ArinçTu÷ba GĦnBegell House
Yelena Shafeyeva
Andrey Kuchinsky
Vicky Lipowski
Anastasia Matskovich
Meghan Rohrmann
Craig Weidner

Art Tourist
Masahiro Tachi

Kyoto Convention Bureau
Masako Yamazaki
Teruhisa Yamauchi
Kyoto International
Conference Center
Kazuo Inamori
Hiroo Kinoshita
Yoshiko Namura
Shin-ichi Kotera
Takeshi Takahashi
Yuji Ueda
Naoki Hirose
Yuko Sakaguchi
Koji Tanaka
Shuji Ishii
Toshitaka Funai
Masnori Fujimi
Hiroaki Kubo
Ryojo Imae
Kiyomi Kawamata
Yumi Yanase

Koto (Ikuta-ryu)
Yoshiko Kawamoto
Rikako Hayashi
Noriko Kawamoto
Megumi Yamashita
Suntory Holdings
Hiroaki Hata
Kyoichi Higuchi
Kazuhiko Eto
Takashi Kawamura
Kitagawahonke Sake
Brewery
Yukihiro Kitagawa
IkenoboKatsuhito Kurata
Katsushi Fujioka
The Kyoto Shimbun
Newspaper
Risako Inoue
Eizan Electric Railway
Yasushi Matsushita
Benikoya
Masahiro Okabe
Harumi Katsu
Kawashima Selkon Textiles
Mari Iwami

KyoceraAi Komaki

Kyoto Univ. COOP
Hitomi Kawaguchi

Kyoto City ArcheologicalResearch InstituteToshio Kajikawa

Kameyama Candle House
Mari Miura

Special Thanks
We are deeply grateful to the late Professor Kenjiro Suzuki, Professor
Emeritus of Kyoto University, for his warm encouragement and support
that in 2006 laid the groundwork for holding IHTC-15 in Kyoto this year.
(cf. Int. J. Heat and Mass Transfer, Vol. 51, 13–14, 2008, pp. 3257–3258)

154

Walt Disney Animation
Studios
Rasmus Tamstorf
Christine Chrisman
Nakaya Ukichiro Museumof Snow and Ice
Kenzo Kanda
Yukiguni-kan
Kenta Kaise
Shirakawa Village Office
Tamao Ozawa
Sendai Kyodo Printing
Susumu Hasegawa
Takeshi Hasegawa
Yohei Fujiyama
Koichiro Sasaki
Satoshi Kanomata
Tokyo Creative
Yukihiko Takahashi
Hiroki Takahashi
Tohoku University
Junnosuke Okajima
Hitomi Kobayashi
Yuta Aizawa
Ryoji Banba
Teppei Furusawa
Yuki Kanda
Shun Kashiwada
Tatsuya Kobari
Takuma Kogawa
Takahiro Okabe
Shingo Nakamura

Ryota Nakaoku
Toru Saito
Jun Sasaki
Tessai Sugiura
Yuya Takahashi
Yoichiro Tsurimaki
Yuki Yamaguchi
Kyoto Institute ofTechnology
Tomohiro Goto
Toshihiro Horii
Tadashi Kaijima
Ryota Kimura
Yukihiro Kimura
Teruhiko Kinoshita
Keisuke Maeda
Ryo Morimoto
Naoto Nishi
Atsushi Nishida
Takato Tabuchi
Kazuya Taira
Yuki Tanaka
Ko Terai
Doshisha University
Hironobu Itakura
Toshiki Mori
Kenji Ono
Satoru Tsutsumi
Naoki Wada
Yuki Yamamoto
Kansai University
Ikki Yumoto
Kanazawa University
Mami Kurokawa

Kyoto University
Akiko Kosaka
Kazuko Noro
Seiko Sato
Mika Yamaguchi
John Goodman
Shingo Yonezawa
Miki Noda
Tomomi Kaneko
Hiroko Ohmori
Osamu Sato
Kota Miyoshi
Nurul Zieyana M. Annuar
Takafumi Fujii
Naoto Furukawa
Tetsushi Isomoto
Kotaro Itakura
Kisen JoKen Kawaharada
Koki Kawano
Ryuichi Kimura
Tatsuya Kume
Koji Kusumi
Michito Matsuoka
Takahiro Miyamoto
Shusuke Mori
Shunsuke Mukai
Kai Nakayama
Daiki Saisho
Syogo Sakurai
Kojiro Sano
Satoshi Seo
Kosuke Sugimoto
Shoki Takehisa
Yuuki Tanaka
Atsushi Ueyama
Kotaro Yamaguchi
Yuji Yamaguchi
Saho Yoshida

IHTC-15 Program Booklet
Edited by IHTC-15 Executive Committee, Kyoto, Japan
Printed by Sendai Kyodo Printing, Sendai, Japan
Published on July 24, 2014 ©2014 IHTC-15 Executive Committee
http://www.ihtc-15.org info@ihtc-15.org

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th

The 16 International Heat Transfer Conference
10-15 August 2018, Beijing, China
Organizing Committee Chair: Ping Cheng
Executive Committee Chair: Xing Zhang
Int. Scientific Committee Chair: Z Y Guo
http://www.ihtc16.org/
Under the auspices of The Heat Transfer Society of China

Kyoto International Conference Center

Takaragaike, Sakyo-ku, Kyoto 606-0001 Japan
Phone 81-75-705-1229, Fax 81-75-705-1100, http://www.icckyoto.or.jp/en/