|
IJEET
2008
Proposals
for the use of Magnetic Guideways for
Vertical Transportation Systems
Schmülling
B., Leßmann M., van der Giet M. and
Hameyer K.
pp.9
Energy
Savings in Electric Railways by Coasting
Technique
Elia S., Pucci S. and
Santini E
pp.15
An
Equivalent
Circuit Model to Assist Vector Control of a Linear Induction Motor for
Urban
Transportation System Considering End-effect
Nozaki
Y., Yamaguchi T. and
Koseki T
pp.21
Optimal
Design of Damping Circuit on DC Link Railway Traction System
Kreuawan
S., Gillon F., Brochet P.
and
Cypers D.
pp.27
Controller
Design of Linear Synchronous Motor for General Atomics Urban
Maglev
Borowy
B.S., Gurol H. and
Kim I-K
pp.33
Novel
Solution for Steer-By-Wire Technology using
Linear Actuator
Missaoui
Wadhah, Ouni El Amraoui
Lilia, Gillon F., Brochet P., Benrejeb M
pp.39
IJEET
2007
à
venir...
IJEET
2006 (Vol.2, n°2)
A new
configuration of a transverse-flux permanent-magnet machine (TFPM) for
a wheel-motor
Vittorio Isastia, Santolo Meo
pp.9
Intelligent
double rotor drive system for electric and hybrid vehicles with random
modulation techniques and with fixed switching frequency
Zygmunt Szymanski
pp.17
A hydrogen fuel
cell-high energy dense battery hybrid energy/power source for an urban
electric vehicle
N. Schofield1, H.T. Yap, C.M. Bingham
pp.25
Numerical study
of convective heat transfer in end region of enclosed induction motor
of railway traction
Aurélie Fasquelle, Didier
Saury, Souad Harmand, Andry Randria
pp.33
IJEET
2006 (Vol.2, n°1)
Design and
Comparison of Concentrated Windings and Distributed Windings Interior
PM Machines for a Hybrid Vehicle Application
L.Vido, Y. Amara, E.Hoang, M.Gabsi,
F.Chabot, M.Lecrivain
pp.9
Design and
Modeling of Controllers in PM Drives for Wheelchairs
M. Raganella, A. Di Napoli, F.
Crescimbini, A. Lidozzi, L. Solero
pp.17
A Linear Drive
for an Autonomous, Magnetically Levitated Transportation Vehicle
D. Brakensiek, G. Henneberger
pp.25
Analysis of a
pull-out optimised induction motor in heavy traction applications
J. Puranen, J. Pyrhönen
pp.31
Active flywheel
for hybrid vehicle: Modelling and control
S.Tnani, P.Coirault, O. Bachelier
pp.37
IJEET
2005 (Vol.1, n°2)
Losses in high
speed permanent magnet motor with magnetic levitation for 40000/min, 40
kW
A. Binder, M. Klohr, T. Schneider
pp.9
Advanced
Electrical Machines and Actuators for New and Emerging Applications
D. Howe
pp.17
Performance
Analysis of a Transverse Flux Wheel Motor by a Non-linear Mathematical
Model
M. Andriollo, M. Forzan, A. Morini, G.
Martinelli, A. Tortella, M.Zerbetto
pp.25
Linear or
Rocking Actuators for Camless Systems?
Jean-Paul YONNET, Christophe FAGEON,
Christophe BALDI
pp.33
Overall
Characteristics of Traction Linear Induction Motor with New End-effect
Compensator
Nobuo Fujii, Yuichi Tanabe and
Yuichiro Ito
pp.39
Design of a
traction electric motor taking into account the driving cycles
Victor Mester,
Frédéric Gillon, Pascal Brochet
pp.45
IJEET
2005 (Vol.1, n°1)
Brushless DC Permanent Magnet Motor
for Electric Bike and their Impulse System for Battery Charging
S. Wiak, R. Nadolski, K. Ludwinek, Z.
Gawecki
pp.9
Thermal analysis of Azipod permanent
magnet propulsion motor
T. Jokinen, A. Arkkio, M. Negrea, I.
Waltzer
pp.15
Supercapacitors as an energy storage
for fuel cell automotive hybrid electrical system
P. Thounthong, S. Raël, B.
Davat
pp.21
High-acceleration linear drives:
Application to electromagnetic valves
C. Bernez, X. Mininger, H. Ben Ahmed,
M. Gabsi, M. Lecrivain, E. Gimet, E.Sedda
pp.27
Flywheel Electric Drive
Characterization for Hybrid Vehicles
Y. Gao, S. E. Gay, M. Ehsani, R. F.
Thelen, R. E. Hebner
pp.41
Mobile System for Testing and
Calibrating Vehicle Speed Sensors
D. Moga, M. Munteanu, T. Marita, C.
Cret
pp.47
|