The Fifth International Symposium on Linear Drives for Industry Applications
LDIA2005.. Timetable

The Fifth International SymposiumonLinear Drives
for Industry Applications

13:40-15:40

Poster Session I (Lobby, BIF)
[L26PI] Electromagnetic linear motors and actuators I[L26P2] Control technologies for linear drives I[L26P3] Non-electromagnetic linear motors and actuators[L26P4] Analyses of electromagnetic field and force field[L26P5] Materials[L26P6] Subsystems for linear drives[L26P7] Related topics and new technologies

September 25-28, 2005,
Tuesday, 27, September, 2005

Kobe-Awaji, Hyogo, Japan

Sponsored by :Industry Applications Society, The Institute of Electrical Engineers of Japan
Poster Session 2 (Lobby, BIF)
[L27P 1] Electromagnetic I inear motors and actuators II
13 :20-15 :20[L27P2] Control technologies for linear drives II[L27P3] Levitation technologies[L27P4] Linear Drive Applications[L27P5] Transportation

In cooperation with:The Japan Society of Mechanical Engineers
The Japan Society ofApplied Electromagnetics and Mechanics
The Japan Society for Precision Engineering
Industry Applications Society Japan Chapter, IEEE
Hyogo Prefecture
Supported by :The Nikkan Kogyo Shimbun, Ltd.
Kobe University

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The Fifth International Symposium on Linear Drives for Industry Applications (LDlA2005)
will provide a forum for the discussion of present research and development activities andfu~ure prospects related to the linear drives for industry applications. Although linear
dnve syste~s have spread to applications in industry, there still remain many issues to besolved. ThIS symposium will contribute to finding these solutions and the further
development of linear drive technology.

00 Trend and new development oflinear drives (survey)
10 Electromagnetic linear motors and actuators
11 linear motors
12 linear actuators
13 nano-, micro-actuators
14 multi-dimensional linear drives
20 Non-electromagnetic linear motors and actuators
21 linear motors
22 linear actuators
23 nano-, micro-actuators
24 multi-dimensional linear drives
25 bio-actuators
30 Control technologies for linear drives
31 linear drive and motor control
32 control theory
33 applications of new control theory
34 modeling and identification
40 Levitation technologies
41 magnetic levitation for linear drives
42 magnetic suspension for motor revolution
43 electric field levitation
44 control strategies
45 novel levitation control scheme
50 Subsystem for linear drives
51 bearings
52 power sources and power conversion
53 sensors and measurement systems
60 Applications oflinear drives and levitation technologies
61 transportations
62 factory automation and machine tools
63 office automation
64 robotics

65 home and medical applications
70 Analyses of electromagnetic field and force field
71 numerical analyses
72 analyses of coupled system
73 visualization
74 dynamics
80 Materials
81 pennanent magnet
82 superconductor
83 piezo device
84 magnetic materials
85 special design of force elements
90 Other related topics and new technologies

Registration, We1come Party
Opening Ceremony, Keynote Speeches, Technical Sessions, Banquet
Technical Sessions, Closing Remarks
Technical TourThe Symposium will be held at the Hyogo Prefectural "Awaji Yumebutai" International
Conference Center*}, Awaji Island, Hyogo, Japan. Awaji Island, the island of flowers, isconnected to Kobe City by the world's longest suspension bridge Akashi-Kaikyo Bridge.
Travel time from Kansai International Airport to the Conference Center is less than twohours by limousine bus. Frequent bus services are available between the Conference Center
and JR Maiko or San-no-miya stations, downtown Kobe City, in 30 to 40 minutes.
The world's cultural heritage "Himeji Castle" is about one hour trip by bus and train. Kyoto
is about one hour and half trip by bus and train.
The 2005 World Exposition*2, "Nature's Wisdom", Aichi, Japan will be held from March
25 to September 25, 2005, near by Nagoya City. The linear induction motor driven
electromagnetically suspended people mover system, "Linimo,,*3, will be in service toconnect Nagoya City and Expo site.
*1: http://www.yumebutai.org!conLe/*2: http://www-O.expo2005.orjp/en/*3: http://www.linimojp/(in Japanese)

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The official language of the Symposium is English, which will be used for all printed
materials, presentations and discussions.

Chairperson:
H. Ohsaki
Vice-Chairpersons: T. Azukizawa
J. Kitano
Advisers:
J. Ebihara
E. Masada
S. Nonaka
E. Yamada
H. YamadaMembers:
Y. Anazawa
N. Fujii
K. Fujisaki
H. Fujita
S. Fujiwara
H. Harie
T. Higuchi
T. Hikihara
K. Hirata
T.Honma
Y. HoriA. Horikoshi
A. Ishiyama
M. Karita
T. Koseki
K. Koshiji
N. MakiS. Masuda
T. Masuzawa
N. Matsui
T. Mizuma
T. Mizuno
S. Morii
T. Murai
H. Muramoto
M. Nagai
H. Nakagawa

The University of Tokyo
Kobe University
Central Japan Railway Co.
Musashi Institute of Technology
Tokyo University of Science
Kyushu Electrical College
Nagasaki University
Doctors International Collaboration Institute
Akita Prefectual University
Kyushu University
Nippon Steel Corp.
The University of Tokyo
Central Japan Railway Co.
Fuji Electric Motor Co., Ltd.
The University of Tokyo
Kyoto University
Osaka University
Hokkaido University
The University of Tokyo
NSKLtd.
Waseda University
Japan Science and Technology Agency
The University of Tokyo
Science University of Tokyo
Tokai University
Hitachi, Ltd.
Ibaraki University
Nagoya Institute of Technology
National Traffic Safety and Environment Laboratory
Shinshu University
Mitsubishi Heavy Industries, Ltd.
Central Japan Railway Co.
Toyo Electric Mfg. Co., Ltd.
Tokyo University of Agriculture and Technology
Shinko Electric Co., Ltd.
3

K. Y otsumoto
M. Sanada
S. Torii

Nagano National College of Technology
Shin-Etsu Chemical Co., Ltd.
Nihon University
Ibaraki University
Nagoya University
Toshiba Corp.
Asahi Glass Co., Ltd.
Osaka Prefecture University
Toshiba Mitsubishi-Electric Industrial Systems
Corporation
Tohoku University
Meidensha Corp.
Mitsubishi Electric Corp.
Shinshu University
FDKCorp.
Kanazawa University
Sojo University
National Institute of Advanced Industrial
Science and Technology
National Institute of Advanced Industrial
Science and Technology
NTT-BTI
Osaka Prefecture University
Musashi Institute of Technology

D. Ebihara
T. Azukizawa
A. Binder
I. Boldea
P. Brochet
W. R. Canders
A. Cassat
S. K. Chen
J. Driesen
J. F. Eastham
J. F. Gieras
K. Hameyer
T. Hikihara
J. P. Hong
D.HoweMusashi Institute of Technology, Japan
Kobe University, JapanTU Darmstadt, Germany
Polytechnic Inst., Timisoara, Romania
Ecole Centrale de Lille, France
TU Braunschweig, Germany
EPFL, Switzerland
Xi'an Jiatong University, China
Katholieke University Leuven, Belgium
University of Bath, UK
United Technologies Research Centre, USA
RWTH Aachen, Germany
Kyoto University, Japan
Changwon National University, Korea
University of Sheffield, UK

M. Nirei
K.Ohashi
Y. Ohira
Y. Okada
S.Okuma
S. Saito
Y. SatoY. Takeda
N. TamaiJ. Tani
M. Terashima
C. Tsukishima
H. Wakiwaka
T. Watanabe
S. Yamada
H. Yamaguchi
T. Yamane
T. YanoSecretaries:

Chairperson:
Members:4

Chairperson:
Vice-Chairperson:
Advisers:
Members:

H. K. Jung
D. H. Kang
B. Z. Kaplan
I. K. Kim
J. KitanoF. J. Lin
H.Ohsaki
A. Del Pizzo
F. Profumo
A. C. Rufer
C. Sadarangani
D. L. Trumper
M. C. TsaiY. Y. YeJ. P. Yonnet

Seoul National University, Korea
KERI, Korea
Ben-Gurion University ofNegev, Israel
General Atomics, USA
Central Japan Railway Co., Japan
National Dong Hwa University, Taiwan
The University of Tokyo, Japan
University of Naples, Italy
Politechnico di Torino, Italy
EPFL, Switzerland
KTH, Sweden
Massachusetts Institute of Technology, USA
National Cheng Kung University, Taiwan
Zhejiang University, China
LEG, France

T. Azukizawa
T. Hikihara
D. Ebihara
H.Ohsaki
K. Fujisaki
T. Higuchi
M.Iwamatsu
M. Karita
J. Kitano
T. Koseki
N. MakiS. Masuda
T. Masuzawa
T. Mizuma

Kobe University
Kyoto University
Musashi Institute of Technology
The University of Tokyo
Nippon Steel Corp.
The University of Tokyo
Railway Technical Research InstituteJapan Science and Technology Agency
Central Japan Railway Co.
The University of Tokyo
Tokai University
Hitachi, Ltd.
Ibaraki University
National Traffic Safety and Environment
Laboratory
Shinshu University
Osaka Institute of Technology
Central Japan Railway Co.
Toyo Electric Mfg. Co. ,Ltd.
Toyo Electric Mfg. Co. ,Ltd.
Nagaoka University of Technology
Nagano National College of Technology
Shin-Etsu Chemical Co., Ltd.
Kansai University

T. Mizuno
T. Morizane
T. Murai
H. Muramoto
M. Nakamura
T. N amerikawa
M. Nirei
K. Ohashi
S.Ohashi5

M. Sanada
C. Tsukishima

Meidensha Corp.
Kyushu Institute of Technology
Musashi Institute of Technology
Shinshu University
Musashi Institute of Technology
FDKCorp.
Kanazawa University
Kobe University
National Institute of Advanced Industrial
Science and Technology
National Institute of Advanced Industrial
Science and Technology
Osaka Prefecture University
Mitsubishi Electric Corp.

T. Koseki
T. Namerikawa
A. Binder
P. Brochet
W. R. Canders
A. Cassat
A. Chiba
H. Fujita
J. F. Gieras
T. Higuchi
K. Hirata
O.Ichikawa
M. Karita
T. Mizuno
M. Morishita
T. Murai
M. NireiY. Oshinoya
K. OkaK. Ohashi
S.Ohashi
M. Sanada
T. Sugiura
H. Wakiwaka

Kyoto University, JapanThe University of Tokyo, Japan
Nagaoka University of Technology, JapanTU Darmstadt, Germany
Ecole Centrale de Lille, France
TU Braunschweig, Germany
EPFL, Switzerland
Tokyo University ofScienceo, JapanThe University of Tokyo, Japan
United Technologies Research Centre, USA
Nagasaki University, Japan
Matsushita Electric Works Ltd., JapanThe Polytechnic University, Japan
Japan Science and Technology Agency, Japan
Shinshu University, Japan
Toshiba Co., Japan
Central Japan Railway Co., Japan
Nagano National College of Technology, Japan
Tokai University, Japan
Kochi University of Technology, Japan
Shin-Etsu Chemical Co., Ltd., Japan
Kansai University, Japan
Osaka Prefecture University, Japan
Keio University, Japan
Shinshu University, Japan

T.OndaT. Sakamoto
S. Torii
H. Wakiwaka
M. Watada
T. Watanabe
S. Yamada
S. Yamamoto
T. Yamane
T. YanoSecretaries:

Chairperson:
Secretaries:
Associate Editors:

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M. Watada
T. Watanabe
T. YanoMusashi Institute of Technology, JapanFDK Corp., Japan
National Institute of Advanced Industrial
Science and Technology, Japan[Date & time]
September 28th Wednesday 9:00-17:00
The technical tour is planned to visit maintenance yard of linear metro, the Municipal
Subway, Kobe City and the World's Heritage, Himeji-Castle.
[Schedule]
9:00 Depart from The Westin Awaji Island Resort and Conference Center by bus
10:30 The World's Heritage, Himeji-Castle
12:00 Lunch at a restaurant in a Japanese garden nearby the castle.
14:30 The Misaki train depot, the Municipal Subway, Kobe City.
17:00 JR San-no-miya station.
17:10 JR Shin-Kobe Station, Shinkansen bullet train.

Receipt of abstracts
Notification of acceptance
Receipt of full papers

January 31, 2005
March 15, 2005
June 30, 2005

Professor T. Azukizawa
Faculty of Maritime Sciences, Kobe University
5-1-1, Fukae-Minami, Higashi-Nada,
Kobe, Hyogo, 658-0022, Japan
Phone & Facsimile: +81-78-431-6280
E-mail: ldia05@maritime.kobe-u.acjp[Fee]
JPY 7,000 for a person[Maximum capacity]
40 people
When the applicant becomes 40 people, the application for the tour will be closed.
[Reservation]
Reservation should be made through LDIA2005 homepage.

The Westin Awaji Island Resort and Conference Center will provide ocean front deluxe
twin rooms to the conference attendees and their accompany persons, with valuable
conference rate. Information about other hotels within one hour trip by bus from theconference site, will be provided through the LDIA2005 Home Page.

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Sunday. Sept. 25. 18:00-20:00

Welcome Party (Reception Hall B. 2FI

Monday. Sept. 26. 9:00-9:20 Opening Ceremony (Main Ha!!)
Chairperson:
Prof. T. Azukizawa, Kobe University, Japan
Prof. K. Ohnishi, President, Industry Applications Society, IEEJ, Japan
Prof. H. Ohsaki, Chairperson, Organizing Committee, LDIA2005, Japan
Mr. K. Takano, Director General, Awaji Yumebutai International Conference Center, Hyogo
Prefecture, Japan

Monday. Sept. 26. 9:20-10:00 Keynote Speech I (Main Ha!!)
Chairperson:
H. Ohsaki, The University of Tokyo, Japan
A26K-I
Levitation Linear Motors for Precision Positioning, D. Trumper, Massachusetts Instituteof Technology, USA

Monday. Sept. 26. 10:00-10:40 Keynote Speech 11 (Main Ha!!)
Chairperson:
D. Ebihara, Musashi Institute of Technology, Japan
A26K-2Evolution from MEMS-based Linear Drives to Bio-based Nano Drives, H. Fujita, The
University of Tokyo, Japan

Monday. Sept. 26.11:00-12:40 Micromachine (Oral: Main Ha!!)
Co-Chairperson:
D. Collard, Institute d'Electonique de Micro Electronique et de Nanotechnologie,
FranceCo-Chairperson:
H. Fujita, The University of Tokyo, Japan
A26AI-I 3D Numerical Model of Subcutaneous Insulin Micro-Pump Infusion System, 1. S.
Stefanini, M. Markovic, A. Cassat, Y. Perriard, Ecole Polytechnique Federale deLausanne, Switzerland
A26AI-2 Design and Simulation of Voice Coil Motors for Micro-contact Imprint, P. J. Wang, K. J.
Tseng, B. H. Lin, C. H. Liu, National Tsing Hua University, Taiwan, F. Chang, M. T.
Chiang,ITR1,Taiwan
A26AI-3 Electrostatic Controlled Linear Inchworm Actuator for Precise Step and Parallel Motion,
S. Konishi, A. Oshima, N. Kinoshita, 1. Kumagaya, T. Kishi, RUsumeikan University,
Japan
A26AI-4 Micro-machined Actuators for Friction Driven Linear Micro-motors, B. Legrand, L.
Buchaillot, D. Collard, Institut d'Electronique, de Microelectronique et deNanotechnologie, France
A26AI-5 A Numerical Study on Suspension of Molecules by Microcantilever Probe, T. Hikihara,
K. Yamasue, Kyoto University, Japan

9

Monday. Sept. 26.11:00-12:40 Analysis {Oral: Amphitheaterl
D. Howe, University of Sheffield, UK
Co-Chairperson:
Co-Chairperson:
S. Ohashi, Kansai University, Japan
B26AI-I A Novel High Performance Linear Magnetic Gear, K. Atallah, J. Wang, S. Mezani, D.
Howe, The University of Sheffield, UK
B26AI-2 Dynamic Analysis of Vacuum Interrupter with Linear Actuator, T. Nakagawa, Mitsubishi
Electric Corporation, Japan, K. Muramatsu, K. Koda, Saga University, Japan
B26AI-3 Simulation of Linear Permanent Magnet Brushless DC Motor, L. Deliang, Xi'an Jiaotong
University, China, L. Junyong, Naval University of Engineering, China
B26AI-4 Harmonic Balance Hybrid Finite Element-boundary Element Method Including Time
Periodic Movement, B. Rezaeealam, S. Yamada, Kanazawa University, Japan, J. Faiz,
University ofTehran, Iran
B26Al-5 A Novel Network Topological Method for Thermal Analysis of PM Linear Motor, Y. J.
Liu, C. Tang, S. Y. Ho, ASM Assembly Automation Ltd., Hong Kong

(posterl
Monday. Sept. 26. 13:40-15:40 Electromagnetic Linear Motors and Actuators I
Co-Chairperson:
H. Ohsaki, The University of Tokyo, JapanT. Koseki, The University of Tokyo, Japan
Co-Chairperson:
L26PI-I The Reliability Test for Linear Induction Motors, Y. Fang, Y. Xiao, Y. Y. Ye, Zhejiang
University, China, G. Lin, F. Wang, Shanghai Maglev Transportation Development Co.,
Ltd., China
L26PI-2 A Method to Calculate the Speed Characteristics of Linear Induction Motors Using
Operational Impedances, S. Yamamoto, T. Ara, Polytechnic University, Japan
L26PI-3 Thrust Characteristics of Linear Oscillatory Actuator for Liquid Pump and Its Effect toVibration, N. Misron, K. C. Wong, N. Mariun, Universiti Putra Malaysia, Malaysia, H.
Wakiwaka, Shinshu University, Japan, Y. Hirama, Institute of Professional Engineers,
Japan
L26PI-4 A Study of Novel Transverse Flux Linear Motor with High Power Density, J. Y. Lee, J. P.
Hong, Changwon National University, Korea, J. H. Jang, D. H. Kang, Korea
Electrotechnology Research Institute, Korea
L26PI-5 The Examination of the High Speed Drive and the Stability of Surface Motor, D. Misu, H.
Dohmeki, M. Watada, S. Torii, D. Ebihara, Musashi Institute of Technology, Japan, Y.
Aoyama, K. Ohashi, Shin-Etsu Chemical Co., Ltd., Japan
L26PI-6 An Advanced Model for a Linear Tubular Switched Reluctance Stepping Motor, K. Ben
Saad, L. E. Arnraoui, Ecole Nationale d'ingenieurs de Tunis, Tunisie, F. Gillon, Ecole
Centrale de Lille, France, B. Ben Salah, M. Benrejeb, Ecole Nationale d'ingenieurs deTunis, Tunisie, P. Brochet, Ecole Centrale de Lille, France
L26PI-7 Circle Diagrams of an Oscillating Synchronous Linear Motor, O. Roubicek,
MECHATRONIKA Praha, Czech Republic, J. Pefina, Technical University, Czech
Republic
L26PI-8 Design of a Modular Tubular Permanent Magnet Generator for a Free-Piston Energy
Converter, J. Wang, D. Howe, University of Sheffield, UK
L26PI-9 Lateral Force of a Linear Synchronous Reluctance Motor, K. Ogawa, OUa University,
Japan
L26PI-IO Electrical Time Constant Reduction of Two-phase Moving-coil LSM, T. Watanabe, K.
Homma, FDK Corporation, Japan

10

L26Pl-ll Optimization of Slotless-type PMLSM for High Percision Driving, S. 1. Kim, J. P. Hong,
Changwon National University, Korea, Y. K. Kim, Samsung Electronics Co. Ltd., Korea,
H. Nam, LG Electronics Co. Ltd., Korea, H. 1. Cho, OTIS-LG Elevator Company, Korea
L26PI-12 Design and Control ofImproved Dual Servo VCM, H. K. Lee, J. H. Oh, D. C. Lee, B. 1.
Kwon, Hanyang University, Korea

Monday. Sept. 26. 13:40-15:40 Control Technologies fOr Linear Drives I(Poster)
Co-Chairperson:
1. P. Yonet, Institute National Polytechnique de Grenoble, France
Co-Chairperson:
T. Namerikawa, Nagaoka University of Technology, Japan
L26P2-1 Simultaneous Motion and Normal Forces Control of Flat Permanent Magnet Linear
Synchronous Motors Employed as Actuators, G. Martinez, M. Martinez-Iturralde, M.
Castelli, A. Garcia Rico, J. Fl6rez, TECNUN (University of Navarra), Spain
L26P2-2 Non-Sinusoidal Electromotive Force Compensation of a PMLSM with
Multiple-Frequency Resonant Controller, G. Remy, J. Zeng, P. 1. Barre, P. Degobert, 1. P.
Hautier, ENSAM Lille (EEA), France
L26P2-3 Coordinated Position Control for Double LSMs in Conveying System, L. Shi, 1. Yang, Y.
Li, S. Xu, Chinese Academy of Sciences, China
L26P2-4 Efficiency-Optimized Speed Control for PM-LSM Applicable to Transient State underConsideration ofIron Core Losses, N. Takayama, Y. Ito, S. Fukuda, Hokkaido University,
Japan
L26P2-5 Simultaneous High Precision Control of the Position and an Oscillatory Mode of a
Vacuum Air Bearing Linear Drive, P. A. Stadler, University of Applied Sciences,
Switzerland, S. J. Dodds, University of East London, UK, H. G. Wild, University ofApplied Sciences, Switzerland
L26P2-6 Simple and Robust Indirect Thrust Control for Positioning of Linear Induction Motors, M.
Martinez-Iturralde, G. Martinez, M. Castelli, A. Garcia Rico, 1. Fl6rez, TECNUN(University ofNavarra), Spain
L26P2-7 Direct Force Control of Linear Permanent Magnet Synchronous Motors, 1. Faiz, 1.
Tabatabaei-Ardakani, S. H. Mohseni-Zoonozi, University ofTehran, Iran
L26P2-8 Analysis of Motor Driver Uncertainties in Linear Permanent Magnet Motor Control
Systems, W. C. Gan, M. S. W. Tarn, K. K. C. Chan, G. P. Widdowson, ASM Assembly
Automation Ltd., Hong Kong

Monday. Sept. 26. 13:40-15:40 Non-electromagnetic Linear Motors and Actuators (Poster)
Chairperson:
K. Oka, Kochi University of Technology, Japan
L26P3-1 Prediction of Static Thrust Characteristics of a Linear Solenoid by Using Response
Surface Methodology, M. Nirei, Y. Takizawa, Nagano National College of Technology,
Japan
L26P3-2 Design of the Stator for a Novel Traveling Wave Type Linear Ultrasonic Motor, H. W.
Tang, M. S. Tsai, M. C. Tsai, National Cheng Kung University, Taiwan
L26P3-3 Development of a Linear Microconveyer for Microfactory, T. Yanagi, M. Komori,
Kyushu Institute of Technology, Japan

II

]
JI

Monday. Sept. 26. 13:40-15:40 Analyses of Electromagnetic Field and Force Field (Posterl
Co-Chairperson:
T. Morizane,Osaka Institute of Technology, Japan
Co-Chairperson:
M.Tsukima, Mitsubishi Electric Corp., Japan
L26P4-1 Variable Reluctance Linear Actuator Dynamics Analysis Based on Co-energy Maps forControl Optimization, A. Espirito Santo, M. R. A. Calado, C. M. P. Cabrita, University ofBeira Interior, Portugal
L26P4-2 Shape Optimization of Teeth Structure in Tubular-Type Linear Generator, 1. W. Lim, H.
Y. Choi, H. K. Jung, Seoul National University, Korea, S. K. Hong, Hoseo University,
Korea, C. G. Lee, Dong-Eui University, Korea
L26P4-3 Design Optimization of Air-Core Linear Permanent Magnet Synchronous Motors for
Improved Performance and Cost, S. Vaez-Zadeh, A. Hassanpour Isfahani, University of
Tehran, Iran, M. Moallem, Isfahan University of Technology, Iran
L26P4-4 Analysis of Reciprocating Self-Excited Induction Generator Using Harmonic Balance
Finite Element Method, 1. Faiz, University of Tehran, Iran, B. Rezaeealam, S. Yamada,Kanazawa University, Japan
L26P4-5 Modeling of Flux Density Distribution in Linear PMS Motors for Design Applications, S.
Vaez-Zadeh, A. Hassanpour, University ofTehran, Iran
L26P4-6 Analysis of High Speed Linear Induction Motors with Slotted Secondary, M. Mirzayee,
M. Mirsalim, Amirkabir University of Technology, Iran, 1. Faiz, University of Tehran,Iran, M. Ghodsi, The University of Tokyo, Japan
L26P4-7 Analysis of Linear Induction Motors for HSST and Linear Metro Using Finite Difference
Method, Y. Nozaki, T. Koseki, The University of Tokyo, Japan, E. Masada, Tokyo
University of Science, Japan
L26P4-8 An Improved Unified Analytical Method for PMLSM and Comparison in FEM, X. Wang,
S. Yuan, F. Yu, F. Wang, Henan Polytechnic University, China
L26P4-9 Finite-Element Analysis of Non-Sinusoidal Electromotive Force in a Permanent Magnet
Linear Synchronous Motor, G. Remy, Ecole Nationale Superieure d'Arts et Metiers,
France, A. Tounzi, Universite des Sciences et Techniques de Lille, France, P. 1. Barre,
Ecole Nationale Superieure d'Arts et Metiers, France, F. Piriou, Universite des Sciences
et Techniques de Lille, France.
L26P4-IO Linear Motor's Cogging Minimization Using Quality Engineering and Finite Element
Method, M. Ohto, Y. Miyamoto, Y. Tsutsui, Yaskawa Electric Corp., Japan
L26P4-11 Induction Heating Calculation in Consideration of Moving and Forming of Heated Body,
T. Yamada, Nittetsu Plant Designing Corp., Japan, K. Fujisaki, Nippon Steel Corp.,
Japan
L26P4-12 Dynamic Performance of Electromechanical Shakers - Application of Duality, E. S.
Hamdi, Chalmers University of Technology, Sweden, M. A. AI-Yadoumi, Sana'a
University, Republic of Yemen
L26P4-13 Calculation of Reactive Linear Synchronous Motor Transient Performance, L. Deliang, C.
Shikun, Xi 'an Jiaotong University, China
L26P4-14 A Three Phase Linear Step Actuator Magnetic-Electric-Mechanic Coupled Modeling, W.
Missaoui, L. E. Amraoui, M. Benrejeb, Ecole Nationale d'Ingenieurs de Tunis, Tunisie, F.
Gillon, P. Brochet, Ecole Centrale de Lille, France

12

Monday. Sept. 26. 13:40-15:40 Materials(Poster)
Chairperson:
T. Watanabe, FDK Cooperation, Japan
L26P5-J Development of a Soft Magnetic Composite Core for a Stirling Cooler Linear Motor, L.
O. Pennander, G. Nord, Hoganiis AB, Sweden, K. Maezawa, M. Saito, Twinbird
Corporation, Japan
L26P5-2 Magnetic Characteristic of the Arrangement Bulk HTS Sample on Some Permanent
Magnet Arrays, H. Suzuki, A. Ito, Fukushima National College of Technology, Japan(Poster)
Monday. Sept. 26. 13:40-15:40 Subsystems fOr Linear Drives
Chairperson:
S. Ohashi, Kansai University, Japan
L26P6-1 Sensors for Displacements and Vibrations, B. Z. Kaplan, Ben-Gurion University of the
Negev, Israel, U. Suissa, Sami Shamoon College of Engineering, Israel
L26P6-2 Pull-in Thrust Characteristic Measurement of the Small Linear Synchronous Motor Using
Pneumatic Loads, K. Seki, K. Shimogawa, H. Wakiwaka, Shinshu University, Japan, H.
Yajima, N. Fujiwara, SMC Corporation, Japan(Poster)
Monday. Sept. 26. 13:40-15:40 Related Topics and New Technologies
Chairperson:
S. Ohashi, Kansai University, Japan
L26P7-1 A CMOS Rotary Encoder System Using Magnetic Sensor Arrays, T. Takahashi, NTN
Corporation, Japan, K. Nakano, S. Kawahito, Shizuoka University, Japan
L26P7-2 Basic Study of Linear Generator Configuration for Wave Power Generation, T.
Matsushita, M. Sanada, S. Morimoto, Y. Takeda, Osaka Prefecture University, Japan
L26P7-3 A Conceptual Design of Linear Actuator for Fish Robot, F. Zuo, S. Yamamoto, T.
Azukizawa, Kobe University, Japan(Poster)
Monday. Sept. 26. 13:40-15:40 Office & Home Automation
Chairperson:
K. Hirata, Osaka University, Japan
L26P8-J Design, Construction and Control of a High Performance XY Position er, M. Castelli, M.
Martinez-Iturralde, G. Martinez, A. Garcla Rico, J. Florez, TECNUN (University ofNavarra), Spain
L26P8-2 The Development of Linear Synchronous Motor for Living Applications, K. Maruyama,
Y. Kim, M. Watada, S. Torii, H. Dohmeki, D. Ebihara, Musashi Institute of Technology,
Japan

Monday. Sept. 26. 16:00-17:40 Linear Drive Application (Oral: Main Hall)
Co-Chairperson:
A. Cassat, EPFL-STI-IPR-LAI, Switzerland
Co-Chairperson:
T. Namerikawa, Nagaoka University of Technology, Japan
A26PI-I Steering Guidance Control in SLIM Drives of Air-Supended Hybrid LM Vehicle, K.
Yoshida, Kyushu University, Japan, K. Oshima, M. Suganuma, Nippon Otis Elevator
Company, Japan, T. Yoshida, H. Takami, Kyushu University, Japan, T. Kawai, Nippon
Otis Elevator Company, Japan
A26P 1-2 A Tubular Permanent Magnet Machine Equipped with Homopolar Windings, J. Wang, D.
Howe, University of Sheffield, UK

13

A26PI-3

Dynamic Characteristics of the Superconducting Maglev under Unusual Particular
Operation, Y. Takeuchi, A. Yamanaka, J. Kitano, T. Nakanishi, Y. Mine, Central Japan
Railway Company, Japan
A26PI-4 SWISSMETRO: Polarized Linear Motors Combined with Levitation Actuators, A. Cassat,
EPFL-STI-IPR-LAI, Switzerland, C. Espanet, University of Franche-Comite, France, V.
Bourquin, Numexia, Switzerland, P. Hagmann, EPFL-STI-ISE-LIN, Switzerland, M. Jufer,
EPFL-STI-IPR-LAI, Switzerland
A26PI-5 General Atomics Urban Maglev Test Track Status, H. Gurol, R. W. Baldi, General
Atomics, USA

Monday. Sept. 26.16:00-17:40 Multidimensional Drive (Oral: Amphitheater)
Co-Chairperson:
T. Yano, AIST, Japan
Co-Chairperson:
S. Torii, Musashi Institute of Technology, Japan
B26PI-I Development of a Spherical Motor Type Laser Tracker for the Portable 3D Position
Measurement System, T. Yano, T. Takatuji, S. Osawa, National Institute of Advanced
Industrial Science and Technology, Japan, Y. Motomura, T. Itabe, T. Suzuki, Yasukawa
Electric Co. Ltd., Japan
B26PI-2 Development of an Arrayed Multi-Degree-of-Freedom Ultrasonic Motor, K. Otokawa,
Keio University, Japan, K. Takemura, Tokyo Institute of Technology, Japan, T. Maeno,
Keio University, Japan
B26PI-3 Magnetic Levitated 2D Fast Drive, I. Etxaniz, A. Izpizua, M. San Martin, J. Arana,
Fundacion Tekniker, Spain
B26PI-4 Development of Cylindrical Two-Dimensional Linear Oscillatory Actuator, Y. Honda, S.
Torii, D. Ebihara, Musashi Institute of Technology, Japan, Y. Hasegawa, Matsushita
Electric Works, Ltd., Japan, K. Hirata, Osaka University, Japan
B26PI-5 Positioning Characteristics of a Coreless Surface Motor Using Halbach Permanent
Magnet Array, Y. Ueda, H. Ohsaki, The University of Tokyo, Japan
Monday. Sept. 26. 17:50-18:20 A classical puppet play "Awaji Ningyo Jyoruri" (Event Hall. B1 F)
Monday. Sept. 26. 18:30-20:30

Banquet (The Plant Museum of Miracle Planet)

Tuesday. Sept. 27. 9:00-10:40 Linear Motor & Actuator I {Oral: Main Hall!
Co-Chairperson:
H. K. Jung , Seoul National University, Korea
Co-Chairperson:
N. Maki, Tokai University, Japan
A27AI-I Linear or Rocking Actuators for Camless Systems? J. P. Yonnet, LEG, Labd'Electrotechnique de Grenoble, France, C. Fageon, ITlink System, France, C. Baldi,
PSA Peugeot Citroen, France
A27 AI-2 Study of Split Armatures and Related End Structures of Cylindrical Linear Synchronous
Motors, A. Iwata, T. Lee, N. Maki, Tokai University, Japan
A27AI-3 Static Thrust Analysis of a Moving Magnet Linear Oscillatory Actuator for Vibration
Cancel System, T. Mizuno, Y. Bu, M. Ohkubo, F. Tsuchiya, Shinshu University, Japan,
H. Yamada, Doctoral International Collaboration Institute, Japan
A27AI-4 Design of the Transverse Flux Linear Motor with the Integrated Contactless Power
Supply, J. M. Kim, D. H. Kang, Korea Electrotechnology Research Institute, Korea, S. J.
Jung, LG INNOTEK, Korea, D. J. Bang, SHINSUNG ENG Institute of Technology, Korea

14

A27AI-5

High Acceleration Applications: Design Optimization and Comparison between Different
Toothless Motors, S. Chevailler, A. Cassat, M. Jufer, Ecole Polytechnique FMdrale deLausanne, Switzerland

B27A2-4 Preliminary Investigations on a Diamagnetically Levitated Linear Conveyor, F. Barrot,
Ecole Polytechnique Fdddrale de Lausanne, Switzerland, D. Chapuis, T. Bosgiraud, B.
L5hr, L. Sache, R. Moser, H. Bleuler, Eidgenossische Materialprufungs- undForschungsanstalt, Switzerland

Tuesday. Sept. 27. 9:00-10:40

Levitation I

COral: Amphitheater)

Co-Chairperson:
I. K. Kim, General Atomics, USA
Co-Chairperson:
M. Morishita, Toshiba Corp., Japan
B27AI-I Optimal Design Strategy for a Novel Linear Electromechanical Actuator, A. Lebedev, E.
Lomonova, Eindhoven University of Technology, The Netherlands, D. Laro, Delft
University of Technology, The Netherlands, A. Vandenput, Eindhoven University of

Tuesday, Sept. 27. 13:20-15:20

Magnetic Force Responses in a Bearingless Induction Motor with a Squirrel Cage Rotor,
T. Hiromi, A. Chiba, Tokyo University of Science, Japan, T. Fukao, Musashi Institute of

L27PI-2

Technology, Japan

L27PI-3

B27AI-3

Air Gap Disturbance Attenuation of Magnetic Levitation Systems Using Discrete Kalman
Filter, H. K. Sung, J. M. Jho, B. S. Kim, D. S. Kimm, Korea Institute of Machinery &The Self-Gap-Detecting Electromagnetic Suspension System with Robustness against
Variation of Coil Resistance, M. Morishita, H. Itoh, Toshiba Corp., Japan
Robust HooDIA Control of Levitated Steel Plates, T. Namerikawa, D. Mizutani, Nagaoka
L27PI-5

University of Technology, Japan

Characteristics of Linear Induction Motor with Magnet Rotator Type of Compensator, N.
Fujii, Y. Ito, T. Yoshihara, Kyushu University, Japan
Linear Motor with Functions of Propulsion and Wireless Power Collection for Urban
Transit, N. Fujii, Kyushu University, Japan, T. Mizuma, National Traffic Safety &Environment Laboratory, Japan

L27PI-4

Materials, Korea

B27AI-5(Poster)Japan

Technology, The Netherlands

B27AI-2

B27 AI-4

Electromagnetic Linear Motors and Actuators II

Co-Chairperson:
D. H. Kang, KERI, Korea
Co-Chairperson:
M. Nirei, Nagano National College of Technology, Japan
L27PI-I Motor Characterisitics of Moving-Iron Linear Oscillatory Actuator Basis on New
Magnetic Circuit, Y. Muraguchi, T. Fukunaga, H. Nakagawa, Shinko Electric Co. Ltd,

Development and Characteristic Analysis of New Type Actuator, Electro Magnetic
Driven Force Actuator Applicable to High Voltage Circuit Breaker, J. H. Kang, D. K.
Shin, H. K. Jung, Seoul National University, Korea, K. H. Kim, W. Y. Lee, Korea
Electrotechnology Research Institute, Korea, J. S. Chun, Techno-Park, Korea
Very Compact Actuators for Camless System, C. Chillet, J. P. Yonnet, LEG, Laboratoired'Electrotechnique de Grenoble, France, C. Fageon, ITUnk System, France, C. Baldi,
PSA Peugeot Citroen, France

Linear Motor & Actuator II (Oral: Main Hall)
D. Trumper, Massachusetts Institute of Technology, USA
J. Kitano, Central Japan Railway Company, Japan

Tuesday. Sept. 27. 11:00-12:20

Co-Chairperson:
Co-Chairperson:
A27A2-1 Sensor-less Combined Vertical and Lateral Magnetic Damper by Using Linear Generator
for EDS Maglev, T. Murai, Y. Sakamoto, Central Japan Railway Company, Japan
A27A2-2 A Novel Concept of a Transverse Flux Linear Free-Piston Generator, A. Cosic, C.
Sadarangani, F. Carlsson, Royal Institute of Technology, Sweden
A27 A2-3 Development of Flat-type Linear Generator for Free-Piston Engine, H. Y .Choi, J. W.
Lim, H. K. Jung, Seoul National University, Korea, S. K. Hong, Hoseo University, Korea,
D. H. Choi, H. Lim, Hyosung Co., Korea
A27A2-4 Control of a Surface Acoustic Wave Motor Using PID Controller, T. Suzuki, M K.
Kurosawa, Tokyo Institute of Technology, Japan, K. Asai, Matsushita Electric IndustrialCo., Ltd., Japan

Tuesday. Sept. 27. 11:00-12:20

Levitation II

COral: Amphitheater)

Co-Chairperson:
D. Doll, General Atomics, USA
Co-Chairperson:
M. Komori, Kyushu Inst. of Technology, Japan
B27A2-1 Dynamic Test for General Atomics Urban Maglev Test System, I. K. Kim, D. Doll,
General Atomics, USA

B27A2-2
B27A2-3

Prototype of Self-sensing Magnetic Bearing for Liquid Nitrogen Pump, S. Eguchi, T.
Okuhata, M. Komori, Kyushu Institute of Technology, Japan
3 Degrees of Freedom Fuzzy Model Based Nonlinear Control of Triple Configuration of
U-Type Hybrid Electromagnets, K. Erkan, T. Koseki, The University of Tokyo, Japan

15

L27PI-6

L27PI-7
L27PI-8

Proposal of Linear Oscillatory Actuator Using DC Motor, Y. Hasegawa, Matsushita
Electric Works, Ltd., Japan, K. Hirata, Osaka University, Japan, T. Yamaguchi, Y.
Kawase, K. Shamoto, H. Kodama, Gifu University, Japan
Static Response of Linear Actuator With Transverse Flux Linear Motor, B. C. Woo, D. K.
Hong, D. H. Kang, J. M. Kim, Korea Electrotechnology Research Institute, Korea
Direct-Drive Linear Electromechnical Actuator for Gearshift Control in Automotive
Transmissions, A. Turner, K. Ramsay, Ricardo UI( UI( R. Clark, D. Howe, University of
Sheffield, UK

Design of Tubular-type Linear Generator for Free-Piston Engine, H. Y. Choi, J. W. Lim,
H. K. Jung, Seoul National University, Korea, S. K. Hong, Hoseo University, Korea, D.
H. Cho, Hyosung Co., Korea
L27PI-IO Design and Research on a Cylindrical Moving-iron Linear Actuator for Reciprocating
Applications, M. Inoue, M. Kakuda, S. Hara, Mitsubishi Electric Corporation, Japan
L27PI-Il Linear Electromagnetic Actuators in High Response Injection Nozzles Using Magnetic
Field Analysis, T. Keduka, M. Kodani, H. Wakiwaka, Shinshu University, Japan, K.
Matsumoto, N. Saito, Marktec Corporation, Japan
L27PI-9Tuesday. Sept. 27. 13:20-15:20

Control Technologies fOr Linear Drives 11(Poster)

Chairperson:
M. Sanada, Osaka Prefecture University, Japan
L27P2-1 Adaptive Backstepping Sliding-Mode Control Using RBF Network for Two-Axis Motion
Control System, F. J. Lin, P. H. Shen, National Dong Hwa University, Taiwan

16

L27P2-2

L27P2-3
L27P2-4

L27P2-5

Design and Implementation of a Load Observer for Linear Servo Systems, C. W. Cheng,
Industrial Technology Research Institute, Taiwan, M. C. Tsai, National Cheng Kung
University, Taiwan
Position Control of Linear Induction Motor with Cage-type Secondary Using Direct
Thrust Control and IP Controller, K. M. Kim, S. C. Park, Dongyang University, Korea
Suitability of Various Force Control Techniques for a Modular-stator Linear Synchronous
Motor, C. Lines, R. Cruise, B. Wigdorowitz, C. Pritchard, University of the
Witwatersrand, South Africa
Characteristic Investigation of the Discontinuous Permanent Magnet Linear Synchronous
Motor by Constant Load Angle Control, Y. Kim, K. Suzuki, M. Watada, S. Torii, H.
Dohmeki, D. Ebihara, Musashi Institute of Technology, Japan

L27P3-14 Study on Static Stability Problem of a Magnetic Levitation Transport System Using the
Mechanism of Induced Repulsive Force, N. Kawada, S. Morii, T. Aoi, Mitsubishi Heavy
Industries Ltd., Japan
L27P3-15 Linear Induction Motor Control for Simultaneous Propulsion and Levitation of an
Aluminium Plate, M. Castelli, M. Martinez-Iturralde, G. Martinez, A. Garcia Rico, J.
Florez, TECNUN (University ofNavarra), Spain
L27P3-16 Possibility of a Stable Levitation in a System Composed of Two Permanent Magnets andDiamagnetic Materials without Any Control, T. Yokoyama, K. Ohashi, Shin-Etsu
Chemical Co. Ltd., Japan(Poster)
Tuesday. Sept. 27. 13:20-15:20 Linear Drive Applications
Chairperson:
E. Hamdi, Chalmers University of Technology, Sweden
L27P4-1 Electromagnetic Actuator Driving by Secondary Current from Current Transformer, M
Tsukima, T. Takeuchi, H. Yoshiyasu, Mitsubishi Electric Corporation, Japan

Tuesdav. Sept. 27. 13:20-15:20 Levitation Technologies(Poster)
Co-Chairperson:
A. Chiba, Tokyo University of Science, Japan
Co-Chairperson:
T. Murai, Central Japan Railway Company, Japan
L27P3-1 Development of a LevitationlPropulsion Module for a Magnetically Levitated Conveyor
Vehicle, M. Le {3 mann, J. Van Goethem, K. Hameyer, RWTH Aachen University,
Germany
L27P3-2 Convey System Using High Temperature Bulk Superconductor, M. Ghodsi, T. Ueno, T.
Higuchi, The University of Tokyo, Japan, H. Hirano, Shin Nippon Steel Co. Ltd., Japan
L27P3-3 HooDIA Control of a Magnetic Bearing Considering Rotor Unbalance, H. Seto, T.
Namerikawa, Nagaoka University of Technology, Japan
L27P3-4 Force Study of Moving Magnet-type Linear Oscillatory Actuator, Q. Lu, Y. Y. Ye,
Zhejiang University, China, H. Chen, Hangzhou Tongchi Ltd., China
L27P3-5 Dynamic Characteristics of Controlled-PM Maglev Systems, T. Liu, H. Wang Z. Xu, S.
Xu, Graduate School of Chinese Academy of Science, China, N. Jin, Chinese Academy of
Science, China
L27P3-6 Performance Analysis of Passive Electrodynamic Suspension Systems, S. Vaez-Zadeh, S.
Ramtin, University ofTehran, Iran
L27P3-7 The Design Manual of Voltage-Controlled and Current-Controlled Observer in
Sensorless Magnetic Levitation System of Steel Plate, K. Tada, S. Torii, Musashi Instituteof Technology, Japan
L27P3-8 Propulsion Method for the Magnetically Levitated Hybrid Conveyance System, D. Dodo,
S. Ohashi,Kansai University, Japan
L27P3-9 Inverter-Drived Dynamic Characteristics of the Amphibious Linear Motor Maglev
Vehicle ME02, K. Yoshida, M. E. Nernr, Kyushu University, Japan
L27P3-IO A Study on Lightweight Hybrid Magnet Using Divided Iron Cores and Permanent
Magnets for Magnetically Levitated Vehicle, T. Kakinoki, H. Yamaguchi, Y. Jifuku, Sojo
University, Japan, T. Nomiyama, Shinko Electric Co., Ltd, Japan, K. Shinohara,
Kagoshima University, Japan
L27P3-11 Simulation of Controller Characteristics Applied to Magnetic Levitation for an X-Y
Linear Synchronous Motor, N. Inubushi, S. Inui, Y. Ohira, Nihon University, Japan
L27P3-12 A Study on Switching Control of Magnetically Suspended and Carried System Based onHybrid System Theory, T. Hikihara, Y. Furukawa, Kyoto University, Japan
L27P3-13 Comparison of the Lift and Guidance Performance of the Two Iron-magnetic Guideways,
with and without Side Rims, Interacting with an HTc Superconductor, G. D'Ovidio, F.
Crisi, A. Navarra, G. Lanzara, University ofL'Aquila, Italy

Tuesday. Sept. 27. 13:20-15:20 FactorvAutomation and Machine Tools(Poster)
Chairperson:
T. Watanabe, FDK Cooperation, Japan
L27P6-1 The Application of Linear Motor in a Novel Laying Alloy Powder Machine, M. X. Huang,
Y. Y. Ye, Zhejiang University, China
L27P6-2 Design of A Linear Servo System for the Vertical Axis of High Speed Electric Discharge
Machining, M. F. Hsieh, W. S. Yao, M. C. Wu, National Cheng Kung UniverSity, Taiwan

17

18

Tuesday. Sept. 27. 13:20-15:20 Transportation(Poster)
Co-Chairperson:
T. Koseki, The University of Tokyo, Japan
Co-Chairperson:
T. Higuchi, Nagasaki University, Japan
L27P5-1 Research of the Elevator Driven by Twin Linear Induction Motor, Y. Y. Ye, J. Shi,
Zhejiang University, China, H. Chen, Hangzhou Tongchi Ltd., China
L27P5-2 Control of a LIM-Driven Elevator Door, Y. Zhou, J. X. Shen, Y. Y. Ye, Zhejiang
University, China, Z. Cao, Nantong Zhongyao Machines and Electrics Co Ltd., T. X. Cai,
Shanghai University, China
L27P5-3 Operational Strategies for a Free Piston Energy Converter, J. Hansson, M. Leksell, F.
Carlsson, C. Sadarangani, KTH, Royal Institute of Technology, Sweden
L27P5-4 Elastic Vibration Characteristics of Superconducting Maglev Vehicles, S. Bando, H.
Ohsaki, The University of Tokyo, Japan
L27P5-5 Control System Design of Superconducting Linear Driver for Electromagnetic Launch, R.
Li, Y. Peng, L. Zhao, C. Sha, J. Ling, Chinese Academy of Sciences, China, T. Yang, T.
Yang, Harbin Tech-Full Industry Co. Ltd., China
L27P5-6 Comparison of Measurements and Calculations of a DC Linear Actuator Designed forRailway Applications, B. Funieru, A. Binder, Technische Universitat Darmstadt,
Germany
L27P5-7 Convoy Operation of Linear Motor Driven Railway Vehicles, C. Henke, H. Vocking, J.
Bocker, Frohleke, A. Trachtler, University of Paderborn, Germany
L27P5-8 Levitation and Propulsion Control of Magnetic Levitated Vehicle Application Using
LSRM, H. K. Sung, J. M. Jho, H. J. Cho, M. H. Yu, J. M. Lee, Korea Institute ofMachinery & Materials, Korea

L27P6-3

L27P6-4

Study on Shape Control and Vibration Absorber of Strip in Steel Process Line, S. Morii,
N. Nagai, A. Inoue, Mitsubishi Heavy Industries, Ltd, Japan, H. Fujioka, Y. Teramoto,
Mitsubishi-Hitachi Metals Machinery, Inc., Japan
Development of Solder Bump Surface Trimming Equipment Using the Linear Oscillatory
Actuator, A. Hiratsuka, J. Onozaki, H. Ando, T. Kimura, Y. Kano, Tamura Corporation,Japan

Tuesday. Sept. 27. 15:40-17:00 Control (Oral: Main Hall!
Co-Chairperson:
J. Oyama, Nagasaki University, Japan
Co-Chairperson:
T. Namerikawa, Nagaoka University o/Technology, Japan
A27PI-I Adaptive Control of LSM for Ropeless Elevator by Using ACLF, T. Sakamoto, 1.
Yamamura, Kyushu Institute 0/ Technology, Japan, B. Sarkar, G. S. Institute 0/
Technology & Science, India
A27P 1-2 A Spherical Linear Motor as Direct Drive of an Airborne Optical Infrared Telescope, M.
Anders, MACCON GmbH, Germany, A. Binder, Darmstadt University 0/ Technology,
Germany, M. Suess, MAN Technologie, Germany
A27PI-3 Modeling of a Linear Synchronous Motor with Half-Wave Rectified Self Excitation
Using Circuit Simulator, T. Hirayama, J. Oyama, T. Higuchi, T. Abe, Nagasaki
University, Japan
A27P 1-4 Identification of Force Functions for Permanent Magnet Linear Synchronous Motors, C.
R5hrig, University 0/ Applied Sciences Dortmund, Germany

Tuesday. Sept. 27. 15:40-17:00 Actuator and Sensor {Oral: Amphitheater!
Co-Chairperson:
P. Brochet, Ecole Centrale de Lille, France
Co-Chairperson:
H. Wakiwaka, Shinshu University, Japan
B27PI-l A Development of Eddy Current Position Sensor for a Linear Oscillatory Actuator, A.
Maruyama, T. H. Kim, J. Higaki, T. Takeuchi, M. Morita, Mitsubishi Electric Corp.,
Japan
B27PI-2 Design and Analysis of Permanent Magnet Latching Actuators for Electromechanical
Valve Actuation Systems for a Wide Operating Temperature Range, J. Rens, R. E. Clark,
A. Turner, G. W. Jewell, D. Howe, The University o/Sheffield, UK
B27PI-3 MagnetostrictivelPiezoelectric Materials Composite for Linear Drive, T. Ueno, T.
Higuchi, The University o/Tokyo, Japan
B27PI-4 Noncontact Spinning Mechanism Using Linearly Actuated Magnets, K. Oka, Y. Fujiwara,
L. Chen, T. S. Cui, Kochi University o/Technology, Japan

AWAJI YUMEBUT AI
All buildings are connected 2nd floor level

Restaurants & Shops
Italian, Chinese, Japanese

The Westin Awaji !land
Resd & Conference
Restaurant: 2F, 3F

Tuesday. Sept. 27.17:00-17:15 Closing Ceremony (Main Hall!
Chairperson:
T. Koseki, The University o/Tokyo, Japan

Wednesday. Sept. 28. 9:00-17:00

Symposium:
Awaji Yumebutai
Int. Conf. Center

Technical Tour

1920

18:30-20:30, Sept. 26

2F

BanquetThe Plant Museum of Miracle Planet

B1F

17:50-18:20, Sept. 26"Awaji Ningyo Jyoruri"
Event Hall

18:00-20:00, Sept. 25
Welcome Party
Reception Hall B

15 min. walk to Banquet
Oral session
Room A, Main Hall

Registration / Secretariat
3F
1F

12:45-13 :40. Monday, Sept.26
ISC Meeting
Room 309, 3F

Oral session
Room B, Amphitheater

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