ICeM NEWSLETTER No.17 (2001) / The Japanese Society for Multiphase FlowISSN 1342-6966

The International Information Center for Multiphase Flow

NEWSLETTER

No.17
October 2001

The Japanese Society for Multiphase Flow
CHT’01: 2nd ICHMT SYMPOSIUM ON
ADVANCES IN COMPUTATIONAL HEAT TRANSFER
May 20-25, 2001, Palm Cove, Queensland, Australia
by Graham de Vahl Davis
The symposium CHT’01: Advances in Computational
Heat Transfer was held at the Novotel Palm Cove
Resort, Queensland, Australia. It was sponsored jointly
by the International Centre for Heat and Mass Transfer
and the CFD Research Laboratory of The Universityof New South Wales, and covered all aspects of computational heat transfer. The programme featured 15
invited keynote papers, presented orally, and 149 contributed papers given as poster presentations. 178
people from 30 different countries attended; 85% werefrom outside Australia.
The invited papers included several of interest to
workers in multi-phase flow:
Effect of the thermal wall boundary conditions onscalar transport in clear and particle laden turbulent
boundary layer. G Hetsroni, C Li, A Mosyak, I Tiselj &E Pogrebnyak
Expanded use of CFD in the chemical process industry. D Choudury, M S Engelman and L Marshall
Heat transfer and fluid dynamics phenomena inmolten droplet-surface interactions. D Poulikakos
Multi-scale computational heat transfer with moving solidification boundaries. W Shyy & H S
Udaykumar

Probability density function approach for turbulent
hydrodynamics and heat and mass transfer in two-phasedispersed flows. I V DerevichAmong the contributed papers were:
Calculation of supersonic mist flow with shockwaves by new subsonic method T Sugiura & M
Nakagawa
Determination of heat transfer to liquid films falling on a vertical surface under different conditions J
Gylys & S Sinkunas
Interface tracking for the prediction of interfacial
dynamics and heat/mass transfer in multiphase flows
D Lakehal, M Meier, J Davis, B L Smith & G
Yadigaroglu
Modeling of high pressure swirl hollow cone fuelspray G Bella, A De Vita & R Rotondi
Numerical analysis of heat transfer in mist flow G
Croce, H Beaugendre & W G Habashi
Numerical modelling of local void fraction profile
in subcooled boiling flow at low pressure G Yeoh & J
TuNumerical prediction of axial void fraction distribution in subcooled boiling flow at low pressure J Tu
& G Yeoh

To Join ICeM:
Everybody, who are interested in “multiphase flow”, can be a member of ICeM. You are welcome
to join ICeM. Please contact either of the following to register in ICeM member.
Chairman(Editor):
Prof. Tomoji Takamasa

Vice Chairmen:
Prof. Yutaka Abe

Faculty of Mercantile Marine Sci.
Tokyo University of Mercantile Marine
Etchujima,Tokyo 135-8533, Japan
Tel: +81-3-5245-7406
Fax:+81-3-5245-7336
E-mail: takamasa@ipc.tosho-u.ac.jp

Inst. of Eng. Mech. & Sys.
University of Tsukuba
Tennodai, Tsukuba 305-8573, Japan
Tel&Fax: +81-298-53-5266
E-mail: abe@kz.tsukuba.ac.jp-1-Prof. Shigeo Hosokawa
Graduate School of Sci. & Tech.
Kobe University
Rokkodai, Nada, Kobe 657-8501, Japan
Tel: +81-78-803-6132
Fax: +81-78-803-6155
E-mail: hosokawa@mech.kobe-u.ac.jp

ICeM NEWSLETTER No.17 (2001) / The Japanese Society for Multiphase Flow

Numerical simulation of particle trajectory in freeboard region of a centrifugal fluidized bed M H Shi &Y L HaoTwo-phase heat transfer on an isothermal verticalsurface F Bazdidi-Tehrani & S Zaman
The Proceedings were published by Begell House:
1400 pages in two volumes. A CD-ROM was also produced.
To p u r c h a s e e i t h e r, s e e
cht01@cfd.mech.unsw.edu.au. In addition, expanded
versions of selected papers will be published in Numerical Heat Transfer and International Journal of
Heat and Fluid Flow.

Professor Graham de Vahl Davis
Computational Fluid Dynamics Research Laboratory
School of Mechanical and Manufacturing Engineering
The University of New South Wales, Sydney, NSW,
Australia 2052
Work tel:(+61 2) 9385 4099
Work fax:(+61 2) 9663 1222
Home tel:(+61 2) 9327 5706
Home fax:(+61 2) 9327 5710
Mobile:(+61) 0412 784 179
Email:
g.devahldavis@unsw.edu.au
http://www.mech.unsw.edu.au/mech/profiles/
devahldavis.htm

4th International Conference on Multiphase FlowICMF-2001
May 27 to June 1, New Orleans Louisiana, USA
by Stathis Michaelides
The 4th International Conference on Multiphase Flow
(ICMF-2001) was a proof that this series of Conferences (ICMF) has matured and attracts all the prominent researchers in the field of Multiphase Flow fromall parts of the globe. Approximately 630 delegates
representing 46 countries came to New Orleans in order to attend this Conference. Another 250 attendees
attended parts of the technical sessions as a result of
our “cross-registration” arrangement with the ASMEFluids Engineering Division Summer Annual Meeting.
Professor Michaelides, the chair of the Conference,
opened the Conference at 9:00 am on Monday May 27.
Professor Clayton Crowe spoke as the chair of the ICMF
Governing Board. Professors Jean Bataille (France)
and Yutaka Tsuji (Japan), the two vice-chairs of theConference from Europe and Asia also addressed theattendees. There was a total of 539 presentations delivered (450 as oral presentations and 89 as poster presentations). In addition, there were 5 invited panel sessions, 22 open forum presentations that were delivered
in a poster format and 30 entries in the Gallery ofMultiphase Flow, which was arranged by Professor
Nikitopoulos. The presentations were distributed in a
total of 118 sessions on the following general topics:· Particulate flow
· Bubbly flow
· Slurry flow
· Droplet flow
· Hydrodynamic interactions· Interfacial effects· Colloidal suspensions· Flow regimes· Heat transfer· Phase change· Combustion

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Nuclear thermohydraulics
Chemical processes
Manufacturing processes
Environmental applications
Applications of Multiphase flow

Among the highlights of this International Conference were:
A. INVITED PLENARY LECTURES:
1. C. T. Crowe
A review of carrier-phase turbulence in dispersed
phase flows
2. J.-M. Delhaye
Forced convective subcooled boiling
3. J. G. Leal
Drop deformation, breakup and coalescence in viscous fluids
4. Y. Tsuji
Discrete Particle Simulation of Particle-Fluid Flows
B. INVITED KEYNOTE LECTURES:
1. M. Dudukowic
Experiments in and Modeling of Multiphase
Opaque Flows
2. D. Gidaspow
Hydrodynamics of Fluidization: Structure and Turbulence
3. G. Hetsroni
Boiling with surfactants
4. X.-L. Zhou
Recent Advances in Second-Order Moment TwoPhase Turbulence Models for Gas-Particle andBubble-Liquid Flows
5. J. T. Jenkins
Particle collisions in multiphase flows-2-

ICeM NEWSLETTER No.17 (2001) / The Japanese Society for Multiphase Flow

6. M. Lance
Turbulence and mixing in bubbly flows
7. Y. Matsumoto
Multi-scale analysis of bubbly flows
8. G. Ooms
Examples of interesting industrial multiphase-flow
problems
9. A. Prosperetti
The systematic derivation of averaged equations by
DNS
10. M. Reeks
The PDF approach to modeling dispersed particle
flows
11. A. Serizawa
Two-Phase Flow in Micro-Channels
12. M. Sommerfeld
Particle measurements
13. T. Theophanus
Boiling and Burnout
14. G. Trygvarson
Direct Numerical Simulations of Multiphase Flows
15. Y. Tsirkunov
Gas-particle flows over bodies-key problems, modeling and numerical analysis
C. INVITED PANELS
1. Modeling of Multiphase Flows: A. Prosperetti(moderator),Y. Matsumoto, D. Joseph, T. Theophanus and G.
Hewitt.
2. New Horizons for Nuclear Thermal-hydraulics:
M. Ishii (moderator), J. –M. Delhaye, H.
Ninokata, G. Yadigaroglu, H. C. No, V. K. Dhir.
3. Latest Developments in Experimental Methods for
Two-Phase Flows:
J. Sinclair (moderator), E. Longmire, S. Cessio, Y.
Hasan and J. Eaton E. Longmire.
4. Aerosols and Air Pollution:
L.-P. Wang (moderator), G. Ahmadi, M. Choi, P.
McMurry, M. Reeks.
D. The colorful pictures and videos of the Gallery andespecially, the multi-phase virtual reality show, presented by the group of the University of Illinois at
Urbana-Champaign headed by Professor Eric Loth.
This virtual reality show attracted the attention of

all the attendees during the coffee hours and freetime between sessions.
E. The International Multiphase Flow Prize presentation, which was awarded to Professor Clayton
Crowe of Washington State University for his numerous contributions to the research and educationon the subject of Multiphase Flows.
Among the sessions in the ICMF-2001 there were
two sessions, chaired by Professor Theo Theophanus,on the Institute for Multiphase Science and Technology (IMuST) and the interactions of the Multiphase
Flow Societies and Groups around the world.
On the social level, the reception on May 28 wasattended by 580 attendees and some of their spouses,
who were entertained by the musical group “the laststraw.” The Conference banquet on Wednesday May
30, attended by 630 people, was a delightful success,with an incredible presentation of the desert (banana
Foster) by the staff of the Marriott Hotel. However,
the highlight of the social events was the Jazz Concert
on Thursday May 31: Dr. Michael White and his Liberty Jazz Band gave an excellent presentation on theorigins and practice of Jazz music highlighted by anexcellent performance of some traditional musicalpieces.
For any information on the ICMF-2001 or for a
copy of the CD-ROM Proceedings of the ICMF-2001,
contact Dr. Michaelides (emichael@tulane.edu). The
5th International Conference on Multiphase Flow willtake place in Yokohama, Japan in 2004.

Professor Stathis Michaelides
Leo S. Weil Professor and Associate Dean for Graduate Studies and Research
School of Engineering
Tulane University
New Orleans LA 70118, USA
phone: 504-865-5764
fax: 504-862-8747
http://www.tulane.edu/%7Eengradiv/engradiv/
emichael/stathis.html

Japanese Society for Multiphase Flow (JSMF)
http://flow.human.nagoya-u.ac.jp/JSMF/-3-

ICeM NEWSLETTER No.17 (2001) / The Japanese Society for Multiphase Flow

Address at Banquet of 4th ICMF
May 27 to June 1, New Orleans Louisiana, USA
by G. Matsui
Ladies and Gentlemen,
It is a great honor for me to have the opportunity ofgiving this address as the chairman of the first Conference, and the former President of JSMF.
Remembering the first Conference, I remember we
decided to have a new conference on multiphase flow
twelve years ago, although we were not sure if the conference would be held or not in future. At that time,
multiphase flow was an interdisciplinary field. It overlaps many existing areas of technology, engineering,and science, such as mechanical engineering, chemicalengineering, nuclear engineering, and civil engineering.
We endeavored for researchers in many areas tojoin the conference in the worldwide. As a result, theconference was great fruitful and successful fortunately.
The participants agreed we have the conference continuously in future. I wished the conference would growup in the world. Therefore, we had the discussion on
the organization, venue and chairman of the next conference every days and nights, but we did not have theconclusion unfortunately, although we had many ideas,
proposals and comments. After all, they agreed the 2nd
Conference would be held in Japan, in Kansai district.
About the process or details after that, Profs.
Michaelides and Crowe addressed at the opening ceremony of this Conference.

Regarding the name of the conference, the first was“International Conference on Multiphase Flows”. The
word of “Multiphase flows” was in the plural becauseof many existing areas. From the 2nd Conference, plural “s” (in multiphase flows) was omitted because“Multiphase flow” was recognized as one new field
through the success of the first Conference. And The
Governing Board was established to chose or decide
the venue and chair of the future conference. I’d like tosay that the establishment of this Governing Board isowing to many people including endeavor of Profs.
Crowe and Tsuji.
This 4th Conference has about two times as large
as the scale of the 1st Conference at Tsukuba. This thingis also owing to many multiphase flow friends in theworld. I’d like to say “Congratulations!” to Prof.
Michaelides for the success of the Conference. And also
I’d like to give my thanks for you here, multiphase flow
friends.
Thank you very much for your attention.
Professor Goichi Matsui
Institute of Engineering Mechanics and Systems
University of Tsukuba
Tsukuba 305-8573, Japan
FAX: +81-298-53-5207
E-mail: matsui@kz.tsukuba.ac.jp

Report on the 39th European Two-Phase Flow Group Meeting
June 17-20, 2001, Aveiro, Portugal
by Gian Piero Celata
The 39th Meeting of the European Two-Phase Flow
Group (ETPFGM) has been held in Aveiro on June 1720, 2001, organized by Prof. A.C.M. Sousa and Dr. M.
Oliveira of the Department of Mechanical Engineering, University of Aveiro
The Meeting (which is informal and by invitation)
has been attended by about 45 people, with the presentation of about 30 papers, including 3 keynote lectures,confirming its traditional size, both in terms of people

and presentations. The Aveiro meeting has been characterized by a good balance between well known, experienced people and young researchers, featuring its
round table style where works in progress can be presented in a friendly atmosphere, with enough time (anyway never sufficient!!!) dedicated to the discussion of
the papers. These two aspects (last minute papers anddiscussion time) are unique features of this Meeting on
two-phase flow, which make the discussion useful not
only for the debate which comes out but also for the-4-

ICeM NEWSLETTER No.17 (2001) / The Japanese Society for Multiphase Flowpresenting author which can re-address its research once
he is back in his laboratory.

http://termserv.casaccia.enea.it/eurotherm/
etpfgm.html

The program has been enriched by three keynote
lectures, which highlighted three important topics. The
first keynote lectures has been delivered by Prof. T.
Theofanous (University of California at Santa Barbara,and President of IMuST), addressing the complexityof multiphase flow, an innovative approach followed
in a Project developed within the frame of the IMuST(Institute for Multiphase Science and Technology). Suchan approach look very promising though needing an
extensive assessment.

The 40th Meeting of the ETPFG will be held in
Stockholm, Sweden, organized by the Royal Instituteof Technology (KTH), and dedicated to the memory ofProf. Kurt Becker, who worked at the KTH and was
the main founder of the ETPFG and one of the mostactive Member until his death, in 1993, soon after heorganized his Meeting of the ETPFG in Stockholm in
1992.

The second keynote lecture has been given by Prof.
A. Serizawa (Kyoto University) and has dealt with twophase flow in microchannels. As is known, looking at
the program of general and specific conferences, we
may realize of a growing interest in microscale, where
the thermal-fluid dynamics has found a rich field ofinvestigation, due to the growing applications of
microscale heat transfer (space satellites, cooling ofelectronic components, bioengineering, etc.) and the
difficulty of defining the limits of application and extrapolation of the knowledge coming from traditional
thermal-fluid dynamics, i.e., for channels larger than
one millimeter (or more for two-phase flow). In particular, the presentation of Prof. Serizawa has dealt withflow pattern and maps in pipes ranging from 25 to 100
m, using air/water and steam/water mixtures, in adiabatic conditions. The adequate change of mentality required in the experimental approach to this micropipes
is impressive and noteworthy..
The third keynote lectures has been presented by
Prof. J. Venart (University of New Brunswick), providing interesting details on two-phase aspects of vessel failure in boiling liquid expanding vapour explosion.
The presentation of keynote lectures, coming fromthe interaction with Japanese colleagues in the frameof the Japanese-European Two-Phase Flow Group
Meeting, is a bit out of the ETPFGM traditions. Needless to say that, with an appropriate choice of the speakers, it represents a very good chance to deepen topics
of fundamental and applied interest.
The contributing papers have been grouped in technical sessions dealing with boiling, condensation, numerical simulation, flow regime transition, phase change
in unsteady flow, bubbly flow. The complete list of papers presented at the meeting is available in internet atthe web page of the ETPFGM:

In 2003, instead, there will be the 3rd EuropeanJapanese Two-Phase Flow Group Meeting, which will
be held at the Certosa di Pontignano (a wonderful location close to Siena) from 21 to 27 September, organized by Dr. G.P. Celata with the help of Prof. I. Zun(European co-chair), Prof. A. Tomiyama (Japanese cochair), and Prof. P. Di Marco (Meeting Secretary). Details about this meeting will be published in due timeon the ICeM Newsletter.
At the end of the ETPFGM a meeting of the European Multiphase Systems Institute (EMSI), possible
european counterpart to IMuST and JSMF) was held.
The meeting, chaired by Prof. G. Hewitt, coordinatorof the EMSI Steering Committee (Celata, Schulenberg,
Sehgal, Besnard, Delhaye e Giot), tried to activate theWorking Groups defined at the Karlsruhe Meeting in
2000: Diabatic Systems (D. Bestion), Adiabatic Systems (B. Azzopardi), Mixing Flows (R. Sehgal), Chemical Reactor Systems (coordinator to be defined),
Microscale Heat Transfer (G.P. Celata), Microgravity
Systems (P. Stephan). As some key persons were missing, and because of lacking of information before themeeting, the outcome was not exhaustive. It is expectedthat EMSI programmes will be finalized before the 2002
ETPFGM.
Professor Gian Piero Celata
ENEA - Institute of Thermal-Fluid Dynamics
Via Anguillarese, 301
00060 S.M. Galeria Rome, Italy
Ph: +39 06 3048 3905
Fax: +39 06 3048 3026
Web page
http://termserv.casaccia.enea.it/term/People/
celata.html
ITFD Web page
http://termserv.casaccia.enea.it/
EUROTHERM Web page
http://termserv.casaccia.enea.it/eurotherm/
ExHFT-5 Conference Web page
http://www.ing.unipi.it/exhft5/-5-

ICeM NEWSLETTER No.17 (2001) / The Japanese Society for Multiphase Flow

Report for the International Conference on Energy Conversion and Application(ICECA’2001)
June 17-20, 2001 in Wuhan, P.R. China
by W. Liu and G.M. Zhu
The International Conference on Energy Conversion
and Application (ICECA’2001) was held on June 1720, 2001 in Wuhan, P.R. China, which was sponsoredby Huazhong University of Science and Technology(HUST, China), University of California at Los Angeles (UCLA, USA), the University of Nottingham (UK),
Nippon Institute of Technology (Japan), Hong Kong
University of Science and Technology (HKUST) andUniversity of Otago (New Zealand). Chairman of theconference was Professor Ji Zhou, the former president of Huazhong University of Science and Technology and an academician of the Chinese Academy ofEngineering. Co-chairmen were from the United States,
the United Kingdom, Japan, New Zealand, China andHong Kong.
It is well known that the energy resource is thematerial base of the society economy. It plays an important role in the human development. This conference aims to provide an academic rostrum for experts
and scholars to exchange their ideas and research results of basic theories and technologies on the energy
conversion and application.
The conference received more than 320 papers intotal. 285 of them were included in the conference proceedings published formally in two volumes with six

themes. The authors cover most of the key universities
inside China and other famous universities in the world.
The President Mingwu Fan of Huazhong University of
Science and Technology, an academician of the Chinese Academy of Engineering, wrote the preface forthe proceedings. The conference was very successful.
Nearly 200 experts and scholars from 14 countries anddistricts attended the conference, and many of them are
well-known scientists.
The theme of the conference was the effective utilization of energy and the realted envionmental problems. The topics of the conference were energy conversion and management, heat and mass transfer, thermodynamic systems, combustion theory and equipment,
refrigeration and air conditioning, thermal power systems, solar thermal application, solar
photovoltaicmaterial and device, energy system in building, energy and environment, measurement technology.
Prof. Guangming Zhu
Prof. Wei Liu
Department of Power Engineering
Huazhong University of Science and Technology
Fax: (86) 27-8754-0724
E-mail: weiliu@public.wh.hb.cn

TEMPMEKO 2001,
June 19 – 21, 2001 in Berlin, Germany
by Dieter Westerkamp
Initiated by the TC12 (Technical Committee for Temperature and thermal measurements) of IMEKO the
TEMPMEKO symposia are organised every 3 years,
and this year the symposium was held from 19 to 21
June in Berlin, Germany. The symposium programme
included all aspects of temperature, thermal and humidity measurements and was intended to address possible participants from very different working fields.
Compared to the previous events there was again an
increase in the number of attendees: 325 scientists andengineers coming from 44 countries, among them manyfrom North America, East Asia and East Europe participated in the conference. About one half of the participants came from national metrology institutes, 30% from industry and 20 % from universities and research facilities.

As posters or oral presentations more than 230 contributions had been selected by the international
programme committee based on the submitted abstracts.
Main topics were temperature scales and fixed points,
thermodynamic temperature determinations, resistanceand thermoelectric thermometry, radiation thermometry, generation and measurement of humidity, and themeasurement of thermophysical properties. At the conference finally 6 invited talks, 96 submitted oral presentations and 110 poster presentations were given. The
conference proceedings with the fully refereed papers
will be available at the beginning of the year 2002.
The importance and attraction of the symposium
is also shown by the fact that 18 working groups, mostof them with an international membership, took the-6-

ICeM NEWSLETTER No.17 (2001) / The Japanese Society for Multiphase Flow

opportunity to convene for working meetings. In particular, all 7 working groups of the Comité Consultatifde Thérmometrie (CCT) could meet with nearly all members present.
Regarding the scientific content, the developmentof the temperature scale is - after the adoption of theProvisional Low Temperature Scale PLTS-2000 by
CIPM - now focussed on the high temperature range. A
topic of main interest including 8 contributions was thedevelopment of Eutectic fixed-points, which will enable an improved realisation of the temperature scale
up to temperatures of 3000 K and will facilitate development and calibration of advanced high-temperaturethermocouples. In this field the close co-operation ofcontact thermometry and radiation thermometry will
result in a rapid progress.
Also in other, quite different areas radiation thermometry is gaining importance. For the determinationof thermodynamic temperatures methods based on theabsolute measurement of spectral radiant power wereconsidered particularly promising. Several contributions
dealt with the improvement of uncertainties in radiation thermometry under reference conditions as well as
the determination of the emissivity of practically usedsurfaces. But it was recognised that in this field there
are quite a lot of unresolved problems.

For the third time the field of humidity measurement was part of the TEMPMEKO conference topics.
Evidently the interest in this area is large: even now 15% of all contributions dealt with humidity. The extreme
upper and lower ends of the range are gaining increasing importance, especially the trace moisture measurement.
Due to the strong participation of the national metrology institutes the international equivalence of therealisation and dissemination of the temperature scale
was a topic of main interest. A major point was the key
comparisons of the metrology institutes performed in
the framework of the Mutual Recognition Arrangement(MRA), where in the meantime also smaller institutions take part intensively. This is accompanied by aharmonisation of the methods for uncertainty calculation, which will lead to increasingly realistic values
for uncertainty claims.
TEMPMEKO 2001 showed that this conference
series has been developed to the most important meeting on thermometry where fundamental aspects of metrology and industrial applications were discussed in awell balanced mixture. The next TEMPMEKO symposium will be organised in May / June 2004 in
Dubrovnik, Croatia.
Contact:

Optical methods are more and more developing into
fields, which were in the past dominated by contact thermometry. For example, fibre optic techniques are in use
for the leakage detection of pipelines. Up to now not
sufficiently solved are the evaluation of the measurement method and the traceability to the temperaturescale. It is remarkable that the national metrology institutes are going to consider also such application oriented questions which require inter-disciplinary activities.

VDI/VDE-GMA
TEMPMEKO 2001 Secretariat
Postfach 10 11 39
40002 Duesseldorf

Dr. Dieter Westerkamp
VDI/VDE-GMA
Postfach 10 11 39
D - 40002 Duesseldorf
Tel.: 0211/6214-227
Fax.: 0211/6214-161
westerkamp@vdi.de
http://www.vdi.de/gma/gma.htm

An Announcement from Editor
The JSMF is doing internet-service for ICMF members.
You can read updated ICeM NEWSLETTER by visiting JSMF homepage

http://flow.human.nagoya-u.ac.jp/JSMF/index-e.html.

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ICeM NEWSLETTER No.17 (2001) / The Japanese Society for Multiphase Flow

Chemical Reactor Engineering 2000: Novel Reactor Engineering for the New Millennium”
June 24-29, 2001, Barga, ITALY
by Hugo de Lasa
The CRE VIII Conference on “Novel Reactor Engineering for the New Millennium” was held on June 24
to 29, 2001 in the magnificent resort “Il Ciocco” inCastelvecchio Pascoli, Barga, Italy. This conference waspart of a prestigious series of conferences coordinatedby the United Engineering Foundation of New York,NY (USA). The format of these conferences limits theparticipation to relatively small groups with the aim of
maximizing interactions and discussions. The conference attracted over 120 participants representing
academia and industry from 20 different countries
around the world, and the conference themes focusedon Energy Technologies, Environmental Research, Biotechnology, Catalysis, Recycling Processes and New
Trends in Reactor Engineering and Design.
We are particularly indebted to the authors and special guests for their plenary lectures and oral and poster
presentations. Each of the more than 90 oral contributions was followed by a poster presentation providing
increased opportunities for thorough discussions withthe authors. We would like to acknowledge all the participants, who contributed with innovations, new research approaches, novel modeling and simulation efforts and invaluable critical comments. A special issue
of Industrial and Engineering Chemistry Research journal (I&ECR) is going to be published shortly with anumber of refereed publications of the manuscripts selected from amongst those presented.
We are also indebted to the ten outstanding plenary
lecturers who highlighted the conference themes with
their contributions: Dr. Leo Behie, University ofCalgary; Dr. M. Dente, Politecnico di Milano; Dr.A.
Dixon, Worchester Polytechnic Institute; Dr. M.
Dudukovic, Washington University, St. Louis; Dr.
Fogler, University of Michigan; Dr. Lettieri, BP Chemicals; Dr. B. McCoy, University of of California, Davis;
Dr. A. Renken, Swiss Federal Institute of Technology;

Dr. B. Subramaniam, University of Kansas; and Dr. T.
Tsotsis, University of Southern California.
We are particularly grateful to the Conference Organizing Committee, Manuk Colakyan from Dow
Chemicals, Thierry Gauthier from IFP-France, Raffaela
Ocone from Heriot Watt University, and Silvio Sicardifrom Politecnico di Torino, for their support and advice during the conference planning. We would also
like to express our thanks to Mr. S. Afara from the
University of Western Ontario, Canada for his valuable assistance in the organization of the conference.
Special thanks go to the staff of the Engineering Foundation who helped so effectively with the coordinationof the conference, calls for papers and conference development.
Among the conference sponsors, we wish to acknowledge the University of Western Ontario, The
American Institute for Chemical Engineering, Dow
Chemical Company, the United Engineering Foundation, the Institut Francais du Petrole, and the Chemical
Reactor Engineering Centre of the University of Western Ontario.
Franco Berruti and Hugo de Lasa,
co-Chairs CREVIII
Faculty of Engineering
University of Western Ontario, Canada
Professor Hugo de Lasa
Professor Franco Berruti, Ph.D., P.Eng.
Dean of Engineering andProfessor of Chemical Engineering
Faculty of Engineering Science
The University of Western Ontario
London, Ontario N6A 5B9
Telephone: (519) 661-2128
Fax: (519) 850-2399
E-mail: berruti@eng.uwo.ca

To Members
ICeM welcomes research articles on multiphase flow or articles on personalities in the field for inclusion in the future Newsletters. It would bevery helpful if the manuscripts are sent by E-mail.

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ICeM NEWSLETTER No.17 (2001) / The Japanese Society for Multiphase Flow

Third International Conference on Compact Heat Exchangers and Enhancement Technology
for the Process Industries
July 1-6, 2001, Davos, Switzerland
by Ramesh K. ShahThe Third International Conference on Compact
Heat Exchangers and Enhancement Technology for theProcess Industries was held in Davos, Switzerland during July 1-6, 2001. It was sponsored by The United
Engineering Foundation, New York, USA.
The Conference theme was to facilitate the introduction and use of advanced heat exchanger technology into the process industries. The Conference objectives were to identify: (i) present applications of advanced heat exchanger technology, evaluating benefits
and drawbacks; (ii) further areas where advanced heatexchanger technology could be used; (iii) barriers, realand perceived, to further applications; and (iv) actions
which can be taken by the various parties and disciplines to overcome these barriers, and to provide communication channels to the several segments of the technical community.
The Conference was attended by 97 delegates (41from industrial/industrial research organizations, 44
from academic institutes and 5 from governmental labs)
from 17 countries with 67 contributed papers and 7
keynote lectures. This third specialists’ Conference wasalso highly successful as the previous two with 20%
more attendees than the second conference and over
60% better attendance than average for United Engineering Foundation conferences. The first International
Conference on Compact Heat Exchangers for the Process Industries was held during June 22-27, 1997 in
Snowbird, Utah. The second International Conference
on Compact Heat Exchangers and Enhancement Technology for the Process Industries was held during July
18-23, 1999 in Banff, Canada. The attendance was 79
and 82 respectively.
The Conference sessions (including one panel discussion) were scheduled in the mornings, afternoons,and/or evenings, with breaks in the formal program toallow small group interactions. There were no parallelsessions. The one poster session was very well attended
with excellent discussions between the authors anddelegates. The discussions following the presentations

were excellent, due in part to the large number of attendees from industry and good amount of time allocated for discussion after the presentations. All participants stayed at the Conference site. Conference registration fee included complete room and board, Conference proceedings and other related Conference material, and coffee/tea breaks. This format employed in
United Engineering Foundation Conferences allows
maximum interaction, discussion and networking
among the Conference participants being together fromearly morning to late evening. This was one of theimportant networking approaches that the delegatesappreciated and acknowledged. The conference facilities and staff support from the United Engineering
Foundation were superb. The excursion to Alps mountain region was the highlight of the social program. With
this informal as well as formal Conference program,the Conference objectives were very well accomplished.
The Conference proceedings are available throughBegell House Publishers, 79 Madison Avenue, Suite
1205, New York, NY 10016. ISBN No. 1-56700-1645. Price US $99.50 plus shipping & handling. E-mail:orders@begellhouse.com
The next Conference will be scheduled in a Greek
Island in Summer or early Fall of 2003. For further
information, contact United Engineering Foundation
at engfnd@aol.com, or R.K. Shah at shahrk@asme.org.
R.K. Shah, Delphi Harrison Thermal Systems

Dr. Ramesh K. Shah
8 The Hamlet
E. Amherst, NY 14051-1739
Office Tel/Fax: 716-639-8763
Home Tel: 716-688-5867
E-mail: new: rkshah@attglobal.net
shahrk@asme.org

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ICeM NEWSLETTER No.17 (2001) / The Japanese Society for Multiphase Flow

THE THIRD INTERNATIONAL SYMPOSIUM
ON MEASUREMENT TECHNIQUES FOR MULTIPHASE FLOWS
August 1-3,2001, Fukui, Japanby Shuji Hattori
CONTENTS
Session A1 : Optical Sensing 1
Atomization Improvement by Spray Impingement of
Air-Assist Atomizer
Osami Nishida, W. M. Faizal Mahmood, Junya
Asano, Hirotsugu Fujita, Wataru Harano, Kouichi
Matsui (JAPAN) 1
Automatic Measuring Method for Particulate Mattersin Atmosphere by Laser
Osami Nishida, Nguyen Ngoc Hai, Hirotsugu
Fujita, Wataru Harano, Yasuhito Fujii, Shinichiro
Miyawaki (JAPAN)
6
Measurement of Small Droplet- and Bubble-Sizing
by an Improved Interferometric Laser Imaging(ILIDS) Technique
Tatsuya Kawaguchi, Toshihiro Kobayashi, Koichi
Hishida, Masanobu Maeda (JAPAN)
16
Session B1 : Electric Sensing 1
Influence of Air Content and Vapor Pressure of Liquids on Cavitation Erosion
Shuji Hattori, Yu Tanaka (JAPAN) 27
An Instrumentation for Direct Measuring the Particulate Concentration and its Sizes in Flue Gases
Wang Nai-ning (CHINA) 35
Conjugate Heat Transfer Measurements in a Non-Uniformly Heated Circular Flow Channel Under Flow
Boiling Conditions
Ronald D. Boyd Sr., Penrose Cofie, Ali Ekhlassi(U.S.A.) 41
Session A2 : Image Sensing 1
Measuring Particle Size distribution and Total Number in the Activation Chamber of Desulfurization System by PIVYong Lu, Shuzhi Wu, Fenglin Wang, Shimin Wang
(CHINA) 49
PIV Measurement of Concentration of Water Droplets and Sorbent Particles in Hydration Desulfurization Reactor
Changsui Zhao, Shuzhi Wu, Xianzhuo Liu, Jun
Xiao, Yong Lu, Shimin Wang (CHINA) 54
Position, Size and Velocity Measurement of Falling
Particles
Liping Shen (JAPAN), Xiangqun Song (U.S.A.),
Yuichi Murai, Manabu Iguchi, Fujio Yamamoto(JAPAN) 62

Session B2 : Electric Sensing 2
Flow Pattern Transition and Interfacial Wave Characteristics of Accelerated Air-Water Two-Phase Flowin a Horizontal Rectangular Channel
Masuo Kaji, To’oru Sawai, Koji Mori (JAPAN)
68
Regularised Reconstruction in Electrical Capacitance
Tomography
Hua Yan, Lijun Liu, Hui Xu (CHINA)
77
Session A3 : Image Sensing 2
Measurement of Flow Rates of Gas-Liquid Two-Phase
Flow by Karman Vortex
Toshihiko Shakouchi, Dongbo Tian, Toru Ida,
Takumi Nakamura (JAPAN)
83
Wettability Evaluation based on Analysis of Bubble
Formation on Non-Wetted Surface
Nozomu Sonoyama, Manabu Iguchi (JAPAN)
90
Session B3 : Data Processing 1
Designing a Soft Sensor for a Pulverized Coal Injection Vessel with C-RBF Neural Network
Wang Yutao, Liu Kexian, Wang Shi (CHINA)
97
Analysis of the Chaotic Characteristics and Information Entropy in a Gas-Solid Fluidized Bed
Zhen Ling, Chen Bochuan, Huang Hai, Wang
Xiaoping (CHINA)104
Session A4 : Optical Sensing 2
Measurement of Free-Fall Particles by Shadow Doppler Velocimetry
Kazuaki Matsuura, Minoru Komaki, Koji Ueyama(JAPAN) 112
Quantitative Measurement of Fluidized Bed by using
Neutron/X-ray Radiography
Hisashi Umekawa, Mamoru Ozawa, Shuji Furui,
Kouichi Hayashi (JAPAN) 121
PDA Measurements of a Gas-Solid Two-Phase Flowin a Suspension Bed
Xin He, Dingkai Li, Cuiping Wang, Zhiguo Deng,
Dezhong Yan (CHINA)
129
Session B4 : Electric Sensing 3
A New ERT Image Reconstruction Algorithm for TwoPhase Flow Parameter Measurement
Ying Wei, Jinchuang Zhao, Shi Wang (CHINA)
138- 10 -

ICeM NEWSLETTER No.17 (2001) / The Japanese Society for Multiphase Flow

Research of Dual-Plane Electrical Resistance Tomography Cross Correlation for Gas-Liquid Flow Measurement
Xiang Deng, Feng Dong, Li Jun Xu, Xiao Ping Liu,
Ling An Xu (CHINA)
144
Measurement of Two-Phase Flows Using Electrical
Resistance Tomography
Feng Dong, Xiaoping Liu, Lijun Xu, Xiang Deng,
Ling-an Xu (CHINA)
150
Session A5 : Optical Sensing 3
Detailed Velocity Measurement in the Vicinity ofStratified Interfaces between Gas and Liquid Phases
using LDV
Shigeo Hosokawa, Ken Ishida, Akio Tomiyama(JAPAN) 158
Experimental Study of Wet Steam Two-Phase Flowin LP Steam Turbine
Wang Lili, Cai Xiaoshu, Ouyang Xin, Pan Yongzhi(CHINA) 165
Session B5 : Image Sensing 3
The Performance of a Micro-Bubble Generation Device with a Rotating Porous Plate
Rongsheng Zhang, Guoyi Peng, Shinji Hayama,
Shigeo Fujikawa (JAPAN) 171
Hybrid PIV Combined with 3D-PTV for ParticleFluid Interaction
Goichi Matsui (Japan), Hae Man Choi (KOREA),
Hideake Monji, Tsuyoshi Terauchi (JAPAN)
180
Session A6 : Electric Sensing 4
Effect of Guard Electrodes on Homogeneous Sensing Field for Phase Concentration Measurement
Feng Jin, Lihui Peng, Baofen Zhang, Danya Yao(CHINA) 184
Study on the Mass Flow Rate Measurement of Twophase Flow Based on Electrical Principle
Feng Jin, Changjun Zhang, Yuchun Zhang, Baofen
Zhang (CHINA) 189
Approach Towards Spatial Phase Reconstruction inTransient Bubbly Flow using a Wire-Mesh Sensor
St. Richter, M. Aritomi (JAPAN), H. -M. Prasser,
R. Hampel (GERMANY) 193
Session B6 : Image Sensing 4
Observations of Unsteady Separated-Type Cavitationin Convergent-Divergent Channel
Keiichi Sato, Hirokazu Nakamura, Yasuhiro Saito(JAPAN) 203
Study on Turbulent Structures of Air-Induced Water
Waves by using Phase-Averaged PIV Measurements
I. Nezu, S. Ushijima, K.Onitsuka, K.Yoshida (JAPAN)
211

Neural Networks for Image Reconstruction of GasOil-Water Three-Phase Flow in Electrical Capacitance
Tomography
Yun Zhao, Baoliang Wang, Zhiyao Huang, Haiqing
Li (CHINA)
221
Session A7 : Electric Sensing 5
Principal Component Analysis Based Concentration
Measuring for Two-Phase Flow
Yuchun Zhang, Lu Zou, Geng Lu, Lihui Peng,
Danya Yao, Baofen Zhang (CHINA)
227
Conductance Sensor for Measuring Water Cut at theMetering Station
Qiao Zhuoer, Liu Xingbin, Huang Chunhui, Zhang
Wen (CHINA)
231
Session B7 : Image Sensing 5
PIV Measurement and Numerical Simulation of Liquid-Bubble Two-Phase Turbulence in a 2-D Bubble
ColumnL. X. Zhou, M. Yang, C. Y. Lian (CHINA), L. S.
Fan, D. J. Lee (U.S.A.)
237
Experimental Study of Interfacial Area Transport of
Bubbly Flow in Small-Diameter Pipe
Tatsuya Hazuku, Takashi Hibiki, Tomoji Takamasa(Japan), Mamoru Ishii (U.S.A.)
244
Session A8 : Optical Sensing 4
Experimental Study on Interaction between Fluid andSediment Particles in Open-Channel Flows
Iehisa Nezu, Ryoukei Azuma, Kouki Onitsuka (JAPAN)
259
Turbulence Measurements of Open-Channel Flowover Mobile Gravel Bed
Iehisa Nezu, Kouki Onitsuka, Ryoukei Azuma (JAPAN)
266
Session B8 : Image Sensing 6
Free Surface Measurement using High Resolution
CCD Camera and Laser Specklegram
Gentaro Tanaka, Takafumi Ishitsu, Yasuhiko Sugii,
Koji Okamoto (JAPAN) 273
Measurements of Free Surface and Three-Dimensional
Liquid Velocity Distributions beneath the Surface
Tatsuya Hazuku, Tomoji Takamasa, Koji Okamoto(JAPAN) 278
Session A9 : Optical Sensing 5
Turbulence Modification in the Particle-Laden Jets
Impinging on a Flat Plate
Satoru Ushijima, Iehisa Nezu, Naoko Hase (JAPAN)
286
PDPA Measurements and Numerical Simulation of
Gas-Particle Flows in a Cold Model of Tangentially
Fired Furnace
L. X. Zhou, R. X. Li, L. Li (CHINA)293- 11 -

ICeM NEWSLETTER No.17 (2001) / The Japanese Society for Multiphase Flow

Session B9 : Data Processing 2
A Fuzzy-fusion Methodology for Two-phase Flow Regime Identification
Sun Tao, Zhang Hongjian, Hu Chiying (CHINA)
297
Principle and Signal Processing of Loop-Tube Coriolis Mass Flow Meter
Tijing Cai, Liyun Qi, Hongsheng Li, Guojian Tang,
Shiming Wang (CHINA) 301
Invited Lectures
Multiphase Bubble Flow Visualization using Shadow
Particle Image Velocimetry Technique
Yassin A. HASSAN (U.S.A.)
304

Visualization Techniques in Gas-Liquid Two-Phase
Flow Field
Goichi MATSUI (JAPAN) 312
The Measurement of 3-Dimensional Temperature Distribution in Flame
Shimin Wang, Xiaofang Cheng, Fenglin Wang,
Yiqian Xu (CHINA)
Professor Shuji Hattori
Dept. of Mechanical Engineering
Fukui University
Fukui-shi, 910-8507, Japan
tel&fax 81-776-27-8546
E-mail:hattori@mech.fukui-u.ac.jp

Program of 2001 UK-Japan Seminar on Multiphase flow
September 19-21 2001, Bury St Edmunds (Keio House)
by Koichi Hishida

Session 1

Session 2

A Study of a Vertically Falling Film Flow of Liquid
Metal NaK in a Tranverse Magnetic Field
F-Ch. Li *+ , A. Serizawa and T. Kunugi, Kyoto
University

Some Applications of Novel Interferometric Technique to Measurements on Size and Velocity Spatial
Distribution of Spray and Bubble Flows
Masanobu Maeda*, Keio University

Modeling of Dispersed Bubble/Droplet Flow at High
Phase Fractions
R.I. Issa, A.Behzadi, H. Ruschev, Imperial College
Surface Tension Force Dominant Regime of Single
Bubbles Rising through Stagnant Liquids,
Akio Tomiyama*, Satoru Yoshida, and Shigeo
Hosokawa, Kobe University
Flow Boiling in Small Diameter Channels
Vishwas V Wadekar, HTFS, Hyprotech
A Two-Fluid Model for Three-Phase Slug Flow.
Issa, Bonizzi* and Kempf, Imperial College
Flow-Induced Vibration of Rod Bundle in Two-Phase
Cross Flow
T. Sasagawa*, Z. Kawara and A. Serizawa, Kyoto
University
A Study on Bubbly Two-Phase Flow in Transient Conditions
Tadayoshi Matsumoto* et al. Osaka University

Measurements of Lagrangian Particle Statistics inSwirling Flows and Droplet impingement on solid surfaces
Yannis Hardalupas*, Imperial College

Interfacial area transport of bubbly flow under
microgravity environment
Tatsuya HAZUKU*, Tomoji TAKAMASA, Takashi
HIBIKI and Mamoru ISHII, Tokyo University of
Mercantile Marine

TWO-PHASE FLOW PHENOMENA AT A VERTICAL REGULAR T-JUNCTION
G. Conte and B. J. Azzopardi*, University of
Nottingham
Generation of Entrained Droplets from an Imitated
Disturbance Wave and their Deposition on the wall.
Tohru Fukano*, Takanari Inatomi, Yohei
Matsuzawa, Kyushu University
The Phase Separation Capabilities of Two T-Junctions
Placed in Series
E. Wren* and B.J. Azzopardi, University of
Nottingham
Bubble Dynamics in Volcanic System: Acoustic Properties of Liquids Containing Gas Bubbles
Masaharu Kameda and Mie Ichihara, Tokyo University of Agriculture and Technology
Flow Oscillation in a Parallel-Channel Boiling System
Mio Hirayama*, Hisashi Umekawa and Mamoru
Ozawa, Kansai University- 12 -

ICeM NEWSLETTER No.17 (2001) / The Japanese Society for Multiphase Flow

Session 3

Session 4

Multi-scale Dynamics in Turbulent Bubbly Flows
Yoichiro Matsumoto*, Shu Takagi, Kazuyasu
Sugiyama, The University of Tokyo
Possible Mechanisms of Turbulent Drag Reduction
with Micro-Bubble Injection to the Boundary Layer
Kwing-So Choi*, University of Nottingham

Ignition Behaviour of Predried Pulverised Lignite Fuel
Prassas,I., Taylor,A.M.K.P., Yamanishi., Imperial
College
Measurement of Interfacial Area Concentration of AirWater Flow in a Large Diameter Tube
K. Mishima*, Y. Inoue, H. Nakamura, and Y. Saito,
Research Reactor Institute, Kyoto University
Experimental Observation of Bubble Motion in a Vertical Pipe
Tomio Okawa* et al. Osaka University

MICRO-SCALE STRUCTURE OF TURBULENCE
MODIFICATION IN AN UPWARD BUBBLY
FLOW
Koichi HISHIDA*, Akiko FUJIWARA andTomohiko TANAKA, Keio University
Turbulence Modification due to Immiscible Droplets
Moving in near-Wall Regions of Turbulent Liquid
Flows
Yoshimichi Hagiwara*, Kyoto Institute of Technology
Liquid Velocity Field Measurements during Bubble
Formation and Detachment at an Orifice
W. Dempster*, University of Strathclyde
Turbulence Modification and Reynolds Stresses in
Dispersed Two-Phase Flows in Vertical Pipes
Shigeo Hosokawa* and Akio Tomiyama, Kobe University
Experimental Study on Particle Motion and Turbulent Modification by means of phase-Doppler anemometer
Tuneaki Ishima* and Tomio Obokata, Gunma University

Enhancement of Boiling Heat Transfer by Radiation
Catalytic Semiconductor-Coated Material
Tomoji Takamasa*, Tokyo University of Mercantile Marine
Temperature Effects in Air-Water Bubbly FlowsJohn M Smith*, University of Surrey
Boiling Heat Transfer of Liquid Nitrogen Downward
Flow in Pipe
Hisashi Umekawa* and Mamoru Ozawa, Kansai
University

Professor Koichi Hishida
Keio University
Yokohama,223-0061, Japan
Fax:+81-45-566-1720
E-mail:hishida@sd.keio.ac.jp

Experimental Data-base Construction for BubbleBubble Interaction
Yuichi Murai*, Fukui University

All Correspondence Concerning
News items of general interest to ICeM members, notice of future meetings and conferences, personal news items, new books, etc. should be addressed to the editor or to regional corresponding members. It will be very
helpful if any manuscripts proposed for publication are sent by E-mail.

- 13 -

ICeM NEWSLETTER No.17 (2001) / The Japanese Society for Multiphase Flow

Future Meetings
Following list includes Conference Name, Place, Date and Contact.
ANS 2001 Winter Meeting
Reno, USA, Nov 11-15, 2001
E-mail: topical@ncsd.ans.org
Fax: (240)248-2588
http://www.ans.org/meetings/
International Mechanical Engineering Congress
and Exposition
New York, USA, November 11-16 2001
http://www.asme.org/conf/congress01/index.htm
The 14th Symposium on Chemical Engineering(Taejon/Chungnam-Kyushu)
Chungnam National University, Daeduk Science
Town Taejon, Korea, November 30 - December 2,
2001
Prof. Yong Kang
Department of Chemical Engineering
Chungnam National University
Daeduk Science Town, Taejon 305-764
Korea.
E-mail: kangyong@hanbat.cnu.ac.kr
Fax: +82-42-822-8995
The 8th Int. Symposium on Flow Modeling and
Turbulence Measurements (FMTM2001)
Tokyo, JAPAN, December 4-6, 2001
Dr. N. Tanaka, CRIEPI
Fax: +81 471 84 7142
E-mail: fmtm2001@dcc.co.jp
http://fmtm2001.dcc.co.jp/
16th National Heat and Mass Transfer Conf. and5th ISHMT/ASME Heat and Mass Transfer
Conf.
CALCUTTA, India, January 3-5, 2002
http://education.vsnl.com./announcement_nhmtc/
AIChE 2002 Spring National Meeting
Hilton New Orleans, New Orleans, Louisiana, March
10-14, 2002
Sandra DudleyCH2M Hill
115 Perimeter Center Place NE
Suite 700
Atlanta, GA 30346
E-mail: sdudley@ch2m.com
Cheryl Teich
Rohm and Haas Company
727 Norristown Road
Springhouse, PA 19477
Fax: 215-619-1611
E-mail: CTeich@RohmHaas.com
http://www.aiche.org/conferences/spring/

1st Int. Conf. on Heat Transfer, Fluid Mechanics& Thermodynamics
Skukuza Restcamp, Kruger National Park, South
AfrikaApril 8-10, 2002
JP Meyer
Rand Afrikaans University, South Africa
http://www.walthers.co.za/conference/hefat/
10th Int. Conf. On Nuclear Engineering
Arlington, Virginia, USA, April 14-18, 2002
Joe Colvin
President, Nuclear Energy Institute (NEI)
Kunihisa Soda
Executive Director, Japan Atomic Energy ResearchInstitute
Mohamed ELBaradei
Director General, International Atomic Energy
Agency (IAEA)
Fax: (212)591-7671
E-mail: icone@asme.org
http://www.asme.org/icone10
Advanced Computational Methods in Heat
Transfer
Halkidiki, Greece, April 22-24, 2002
B Sunden
Lund Institute of Technology
C A Brebbia
Wessex Institute of Technology
Fax: 44 (0) 238 029 2853
E-mail: rgreen@wessex.ac.uk
http://www.wessex.ac.uk/conferences/2002/ht02/
index.html
The 7th International Conference on Circulating
Fluidized Beds (CFB7)
Niagara Falls, Canada May 5-8, 2002.
Dr. John Grace
Dept. of Chemical and BioResource Engineering
University of British Columbia
2216 Main Mall, Vancouver, B.C. V6T 1Z4
Fax: 604-822-6003 (F)E-mail: jgrace@chml.ubc.ca
Dr. Jesse Zhu
Dept. of Chemical & Biochemical Engineering
University of Western Ontario
London, Ontario N6A 5B9
Fax: 519-661-3498 (F)E-mail: jzhu@julian.uwo.ca
Dr. Hugo de Lasa
Dept. of Chemical and Biochemical Engineering
University of Western Ontario
E-mail: hdelasa@eng.uwo.ca
http://publish.uwo.ca/~jzhu/cfb7- 14 -

ICeM NEWSLETTER No.17 (2001) / The Japanese Society for Multiphase Flow

Fourth International Conference on Advances in
Fluid Mechanics
Ghent, Belgium, May 15-17, 2002
C A Brebbia
Wessex Institute of Technology
M Rahman
Dalhousie University
R Verhoeven
University of Ghent
Fax: 44 (0) 238 029 2853
E-mail: shobbs@wessex.ac.uk
http://www.wessex.ac.uk/conferences/2002/afm02/
index.html
13 th Int. Sympo. on Transport Phenomena(ISTP’13)
Victoria, USA, July 14-18, 2002
Dr. Sadik Dost
ISTP-13
Department of Mechanical Engineering

University of Victoria
Victoria, BC, Canada V8W 3P6
Fax: 1-250-721-6294
E-mail: sdost@me.uvic.ca
Dr. Ibrahim Dincer
ISTP-13
Department of Mechanical Engineering
KFUPM
Box 127, Dhahran 31261, Saudi Arabia
Fax: (966-3) 860-2949
E-mail: idincer@kfupm.edu.sa
http://www.istp13.uvic.ca/
IHTC’12, 12th Int. Heat Transfer Conf.
Grenoble, France, August 18-23, 2002
Prof. J.M. Delhaye
CEA/GRENOBLE
Fax: +33-2-76-88-31-96
E-mail: DELHAYE@DTP.CEA.FR
http://www.ihtc12.ensma.fr/

Executive Division of The Japanese Society for Multiphase Flow (2001-2002)
President
Vice Presidents

T. Fukano (Kyushu University)
M. Ozawa (Kansai University)
T. Ikohagi (Tohoku University)
A. Tsuge (Mitsubishi Heavy Industries, Ltd)

Chair of Informatics Division
T. Shinoda (Takuma Co., Ltd.)
Chair of General Affairs Division
T. Saito (Shizuoka University)
Chair of Planning Division H. Inaba
H. Inaba (Okayama University)
Chair of International Intercourse Division
K. Hishida (Keio University)
Executive Office of JSMF:
Gakujyutu Shuppan Insatu Co.
2-14-9 Kasugadenaka, Konohana-ku, Osaka, 554-0022, JAPANTel : +81-6-6466-1588 Fax : +81-6-6463-2522
E-mail : Kondou@mxt.mesh.ne.jp
WWW : homepage http://flow.human.nagoya-u.ac.jp/JSMF/- 15 -

ICeM NEWSLETTER No.17 (2001) / The Japanese Society for Multiphase Flow

Corresponding Members
CANADA
Prof. M.Kawaji
University of Toronto
TEL: +1-416-978-3064, FAX: +1-416-978-8605
E-MAIL: kawaji@ecf.toronto.edu
Prof. S.B.Savage
McGill University
TEL: +1-514-398-6864, FAX: +1-514-398-7361

Dept. of Mechanical Engineering
TEL: +82-42-869-3002, FAX: +82-42-861-1694
Prof. Yong Kang
Department of Chemical Engineering
College of Engineering
Chungnam National University
TEL: +82-42-821-5683,6600
FAX: +82-42-822-0098
E-MAIL: kangyong@hanbat.cnu.ac.kr

FRANCE
Prof. J.M.Delhaye
CEA/GRENOBLETEL: +33-2--76-88-42-75, FAX: +33-2-76-88-31-96
TLX: 320 323,
E-MAIL: DELHAYE@DTP.CEA.FR
Prof. G.Gouesbet
INSA de Rouen
TEL: +33-2-35-52-83-91, FAX: +33-2-35-52-83-90

NORWAY
Prof. K.H.Bendiksen
Institute for Energiteknikk
TEL: +47-63-80-60-00+47-63-80-62-01 (Direct Line)
FAX: +47-63-81-11-68

F.R.G.
Dr. J.Domnick
Fraunhofer-Institut fuer
TEL: +49-711-970-1762, FAX: +49-711-970-1004
E-MAIL: jhd@IPA.FhG.de
Prof. M. Sommerfeld
Martin-Luther-Universitat
TEL: +49-3461-462879(or 2806), FAX: +49-3461462878
E-MAIL: martin.sommerfeld@vt,uni-halle.de
ITALY
Dr. G.P. Celata
Heat Transfer Unit Head
TEL: +39 6 3048 3905, FAX: +39 6 3048 3026
E-MAIL: celata@casaccia.enea.it,
TLX: 613296 ENEACAIISRAEL
Prof. G.Hetsroni
Israel Institute of Technology
FAX: +972-8-432-4538
E-MAIL: MERHGO1@TECHNION.BITNET
JAPAN
Prof. T.Fukano
Kyushu University, Fukuoka 812-8581, Japan
TEL: +81-92-641-9744 Ext.5440, FAX: +81-92-6419744
E-MAIL: fukanot@mech.kyushu-u.ac.jp
Prof. M.Maeda
Keio University, Yokohama 223-0061, Japan
TEL: +81-45-563-1141 Ext.3120, FAX: +81-45-5635943
E-MAIL: maeda@mech.keio.ac.jp
Prof. T.Masuyama
Tokai University, Shimizu, 424-8610, Japan
TEL: +81-543-34-0411 Ext.2278, FAX: +81-543-349840
E-MAIL: masuyama@scc.u-tokai.ac.jp
Prof. Y.Matsumoto
University of Tokyo, Tokyo 113-8656, Japan
TEL: +81-3-3812-2111 Ext.6286, FAX: +81-3-38180385
E-MAIL: ymats@mech.t.u-tokyo.ac.jp
Prof. K.Ohba
Kansai University, Osaka 564-8680, Japan
TEL: +81-6-6388-1121 Ext.5793, FAX: +81-6-33063370
E-MAIL: ohbak@ipcku.kansai-u.ac.jp
Prof. A.Serizawa
Kyoto University, Kyoto 606-8501, Japan
TEL: +81-75-753-5829, FAX: +81-75-753-5845
E-MAIL: serizawa@kuiae.kyoto-u.ac.jp
KOREA
Dr. M.K.Chung
Korea Advanced Institute of Science and Technology

P.R.CHINA
Prof. H.Chen
The Ministry of Communications P.R.C
Water Borne Transportation Institute
TEL: +86-10-6-2018898, FAX: +86-10-6--2011659
Prof. L.Zhou
Tsinghua University
TEL: +86-10-6278-2231/5419
FAX: +86-10-6277-5569
TLX: 22617 QHTSC CN
E-MAIL:zhoulx@mail.tsinghua.edu.cn
RUSSIA
Prof. R.I.Nigmatulin(Tyumen) Russian Academy of Sciences Siberian Branch,
TEL,FAX: [7] 3452/ 24-36-48(Moscow) Michurinskiy pr. 1, Institute of Mechanics
Lomonosov University of Moscow, Moscow, GSP, V-192,
119899, Russia
TEL,FAX: [7](0)95/939-30-88, FAX: [7](0)95/253-90-04(Int. Line), TLX: 413311
SLOVENIA
Prof. I.Zun
University of Ljubljana
TEL,FAX: +386-61-1771-403
FAX: +386-61-1254-217
TLX: 32240 FAKSTR 51
E-MAIL: iztok.zun@fs.uni.lj.si
THE NETHERLANDS
Prof. B. Scarlett (tentative)
Department of Chemical Process
TEL: +31-15-783577, FAX: +31-15-784452
U.K.
Prof. G.F.Hewitt
Imperial College of Science, Technology and Medicine
TEL: +44-171-594-5562 or 5563 FAX: +44-171-5945564 or 5604,
E-MAIL: g.hewitt@ic.ac.uk
U.S.A.
Prof. M.Ishii
Purdue University
TEL: +1-317-494-4587, FAX: +1-317-494-9570
Prof. R.T.Lahey, Jr.
Rensselaer Polytechnic Institute
TEL: +1-518-276-8579, FAX: +1-518-276-8788
E-MAIL: laheyr@rpi.edu
Prof. M.C.Roco
National Science Foundation
TEL: +1-703-306-1371, FAX: +1-703-306-0319
E-MAIL: mroco@nsf.gov
Prof. Efstathios Michaelides
Leo S. Weil Professor and Associate Dean for
Graduate Studies and Research
School of Engineering
TEL: +1-504-865-5764, FAX: +1-504-862-8747
E-MAIL: emichael@mailhost.tcs.tulane.edu- 16 -