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13 TH INTERNATIONAL CONFERENCE ON
MAGNETICALLY LEVITATED SYSTEMS
AND LINEAR DRIVES#~TR"~i~-W\MAY 19-2J, 1993\~~l~~<:s'''iEsdi''

Federal Railroad
Administration

H

U.S. Army
Corps of Engineers

ARGONNE NATIONAL LABORATORY
ARGONNE, ILLINOIS, USAb

TABLE OF CONTENTS
Development of Maglev Transportation in Japan: Present State and Future
Prospects

I

Eisuke Masada

Status Quo of Development of Super-conducting Maglev System :in' Japan

7

Syohiko Miyata, Kazuhisa Matsuda, and Mamoru Minemoto

The Development of the Superconducting Maglev System

10

Kan-ichro Kaminishi, Akio Seki, and Hitoshi Tsuruga

Outline of HSST-100 System and Test Line in Nagoya

16

Masaaki Fujino

High-Speed Magnetic Levitation Train Transrapid, Planning of theDevelopment Program until 1995 and Prospects of Utilization in the Federal
Republic of Germany

22

Ulrich Wiescholek,Willi J. Mayer, and Dieter RoggAnalysis of Prospective Transrapid Applications

29

H.G. Raschbichler, L. Miller and M. WackersResults on the Operation of the Transrapid Test Facility in Emsland, NorthGermany

35

Fritz Polifka and Hans-Peter Friedrich.

41

Maglev Programs in Korea
In-Kun Kim, Mun-Whan Yoo, Chanil Park, Hyun Kap Chung, and Kook-Hun Kim

A General Survey of Chinese Maglev Train

46

J.S. Lian, J.W. Zhou, K.L. Zhang, and H. Jiang

Present Status of Research for Maglev in Italy

51

G. Martinelli and A. Morini

Status of Development and Future Prospects of DaeWoo Maglev System inKorea

54

In-Dae Chung, Dal-Ho 1m, and Chan-ll Park

New Structure Electro-Magnetic Guideway for Maglev

60Shunsuke Fujiwara, Kazuo Sawada, Hirotaka Natsuhara, Nobuhito Uchiyama, Yukio
Saitou, Y oshitaka Kobayashi, Shigeya Oohama

Electrodynamic Forces of the Cross-Connected Figure-Eight Null-Flux CoilSuspension System

64

J.L. He, D.M. Rote, and H.T. Coffey

Self Nulling Hybrid Maglev Suspension System

71

Richard Herbermann

75

Flux Canceling Maglev
Richard Thorntonv

Maglev Transportation with Controlled Permanent Magnets and Linear
Synchronous Motors

82

H. Weh, A Steingrover, and H. Hupe

Maglev Transit Technology in Russia

88

Floyd A. Wyczalek

94
The Organic Guideway Concept
Timothy Barrows

Magneplane Vehicle Dynamics Simulation

101

W. Aitkenhead

Technology and Costing Considerations for Full Maglev System Development
as Derived from Bechtel's SCD Exercise

106

lC. Perkowski

System Concept Definition of the Grumman Superconducting Electromagnetic
Suspension (EMS) Maglev Design
M. Proise, L. Deutsch, R.I. Gran, R. Herbermann, S. Kalsi, and P. Shaw

111

Maglev Cost and Performance Parametrics

119

L. Deutsch

Analysis of Maglev Corridors

125

G.R. White

Market and Energy Demand Analysis of a U.S. National Maglev System

131

A. Vyas, and D. Rote

Reducing Magnetic Fields from Maglev Guideways to Reasonable Levels

138

J.P. Blanchard

Loss and Guideway Interaction Force Measurements on a Superconducting
Magnet for Maglev Applications

142

C.R. Dauwalter

Magnetic Fields from a Maglev Linear Synchronous Motor147

D. Galler, and W.l Greenberg

Magnet Design Optimization for Grumman Maglev Concept

153

S. Kalsi, R. Herbermann, C. Falkowski, M. Hennessy, A. Bourdillon

Superconducting Magnet and Refrigeration System for Maglev Vehicle

160

H. Nakashima, M. Terai, M. Shibata, M. Yamaji, Y. Jizo

Comparison of Magnetic, Lift and Drag Forces for Two EDS Maglev Topologies

165

J.R. Hale, D.H. Montgomery, R.D. Pillsbury, Jr., R.J. Thome, J. Feng, and A.
Radovinsky,Transrapid TR-07 Maglev-Spectrum Magnetic Field Effects On Daily Pineal
Indoleamine Metabolic Rhythms in Rodents
Kenneth R. Grohvi

171

Innovative Spine Girder Guideway Design for Superconducting EMS Maglev
System177

J.B. Allen, M. G. Ghali

Parametric Design and Cost Analysis for an EMS Maglev Guideway

183

B.M. Bohlke, and D.B. Burg

Guideway and Infrastructure in JR Maglev
K. Okada, A. Takano, and M. Yamazaki

189.

Reduction of Guideway Residual Vibration through Strategic Vehicle Pad
Spacing Arrangements

195

R.S. Phelan

Alignment and Surveying of Magnetic Levitation Train Guideways

201

H.J. Marx, and R. Stoeckl

Aerodynamic Drag of Maglev Vehicles

206

F.A. Balow, K.R. Sivier

Maglev Secondary Suspension Using Electroactive Fluids

212

D.K. Bhadra, C.R. Harder, and G. Mansfield

Maglev Vehicle Dynamic Interaction with Aerial Guideways

218

L.E. Daniels, and D.R. Ahlbeck

Modeling and Control of Maglev Vehicles with Aerodynamic and Guideway
Disturbances

227

K. Flueckiger, S. Mark, and D. McCallum

Rail Irregularity and Module Response in HSST-IOO System

233

M.Iwaya

Five Degree of Freedom Analysis of the Grumman Superconducting
Electromagnetic Maglev Vehicle Control and Guideway Interaction

238

R.J. Gran, and M. Proise

Vehicles for Superconducting Maglev System on the Yamanasi Test Line
(Except Linear Synchronous Motors)

248

K. Takao, and N. Shirakuni

Overview of Maglev Vehicle Structural Design Philosophy, Material Selection
and Manufacturing Approach

253

P. Shaw

Aerodynamic Analysis of Grumman Maglev Vehicle

259

M.J. Sic1ari, G. Carpenter, and R. Ende

Dynamics, Stability, and Control of Maglev Systems

265

Y. Cai, S.S. Chen, S. Zhu, D.M. Rote, and H.T. Coffey

Linear Synchronous Motor Design271

Richard D. ThorntonviiImprovements of the Attractive Force Levitation Concept
H.Weh, H. May, H. Hupe, and A. Steingrover

277

Technical Assessment of Maglev System Concepts

283James H. Lever

Maglev Performance Simulation

290

G. Anagnostopoulos, IE. Anderson, and F.L. Raposa

Noise from High Speed Maglev Trains

298

Carl E. Hanson

Magnetic Analysis of U.S. Maglev Designs

304

Howard T. Coffey, Jianliang He, and Zian Wang

Control Strategies of a LSM Drive for EDS-Maglev Systems
F. Albicini, M. Andriollo, G. Martinelli, and A. Morini

310

Longstator Linear Synchronous Motor (LLSM) Modeling for Simulation andControl System Design

316

IA. Britton, and R.L. Klein

Maglev Position Sensing and Control

322

T.M. Clark

Methanol Reforming PEM Fuel Cells as an Onboard Power Source for Maglev
Vehicles327

B.T. Concannon

Onboard Power Source Alternatives for Maglev Vehicles

330

B.T. Concannon
I

Comparative Analysis of EDS and EMS Maglev Systems
A. DiGerlando, I. Vistoli, and M. Galasso

336

Design Problems of Linear on Board Generators in EMS Maglev
Transportation Systems342

A. DiGerlando, and I. Vistoli

On-Vehicle Power Generation at all Speeds for Electromagnetic Maglev
Concept

348

S. Kalsi

Present State of Development of Synchronous Long-Stator Propulsion Systemfor TRANSRAPID Maglev Trains

352

U. HenningPower Supply System for Superconducting Magnetic Levitation System

358

H. Ikeda, H. Ohtsuki, 1. Kitano, Y. Osada, N. Katoh, N. Morishima, and H. Aizawa

Current Control for Thrust Force Controlling Inverter of HSST
I. Miyashita and Y. Ohmori

V111364

A Novel Maglev System Driven by Air-Cored Linear Induction Motors

370

E. Levi, Z. Zabar, L. Birenbaum, and S.Y. Yoo

Power Electronics for Linear Synchronous Motor Propulsion Systems

374

D.l Perreault, and RD. Thornton

Analytical Evaluation of the Influence of the Armature Coils Distribution on'the Thrust of Linear Synchronous Motor for Maglev

380

M. Trapanese

Status of the Safety Certification Process of the Transrapid System386

1 Blomerius

Vertical Dynamics of a Superconducting Suspension System

392

D. Casadei, U. Reggiani, G. Serra, and A. Tani

Maglev Command, Control, and Communication Systems DesignRequirements Analysis and Safety-Critical Architecture

398

J.W. Lewis and RY.Yee

Aerodynamic Braking Systems for Maglev Vehicles

405

1 Guglielmo,T.J. Zych, and K.R Sivier

411

Signaling System of Maglevtype HSST
F. Hashimoto

Siemens Operations Control System for Maglev Trains

417

H. Eilers, V. Freitag, and R Knigge

420
Influence of JR Maglev on Environment
N. Kokubun, A. Honda, and M. Yasunami

Train Control Systems for Super-conductive Magnetic Levitation System
K. Kubota, T. Tanaka, Y. Osada, S. Sasaki, and Y. Yokota

424

Maglev Demonstration Project Site Location Study

430

L.e. Lennon

The Environmental Impact of Maglev, a Comparative Study434

M.e. McClintock

Safety Evaluation Test for Electromagnetic Levitation Transport System H-I00

441

T. Mizuma, Y. Satoh, and E. Masada

A Dynamic Computer Simulation of a High Speed Maglev Vehicle446

Cam de Pierre

Maglev Automated Preventive Maintenance System

452

lS. Ng, A.L. Harris and M.E. Amoon

Using Existing Infrastructure to Make Maglev Work in the United States

457

C.M. Gillam, and E.E. Gilcrease

Author Index463ix