ICEM 2000
International Conference on Electrical Machines
28-30 August 2000
Espoo, Finland
A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T, U, V, W, X, Y, Z Home

 

 

AUTHOR ADDRESSES ICEM 2000
AUTHOR LIST TITLE OF PAPER EMAIL PAGE
Adamidis G.A. Computer aided investigation of the behavior of an asynchronous motor and inverter pulse by PWM Adamidis@Xanthi.cc.duth.gr 1849
Alabern X., Mujal R., Figa-Tena G. 2-D finite element analysis of magnetic pull force for a real AC electromagnetic contactor alabern@ee.upc.es 454
AL-Ghubari F.H., von Jouanne A., Wallace A.K. Voltage analysis of PWM inverter fed induction motors alghubfa@ece.orst.edu 1210
Ali M.H., Funamoto T., Murata T., Tamura J. Stabilization of synchronous generator by fuzzy logic controlled braking resistor hasan@stepout.elec.kitami-it.ac.jp 964
Aliprantis D.C., Papathanassiou S.A., Papadopoulos M.P., Kladas A.G. Modeling and control of a variable-speed wind turbine equipped with permanent magnet synchronous generator aliprand@ecn.purdue.edu 558
Alolah A.I. Steady state operation of three-phase synchronous motor from a single-phase supply alolah@ksu.edu.sa 1983
Altenbernd G., Schäfer H., Wähner L. Vector controlled crankshaft starter-generator for motor vehicle heinz.schaefer@at.siemens.de 1549
Amara Y., Gabsi M., Lecrivain M., Lucidarme J., Ben Ahmed A.H. Structures of hybrid synchronous machines: principles and comparison amara@lesir.ens-cachan.fr 1956
Amin B. High-density torque motor structures bahram.amin@inrets.fr 1936
Andersen O.W. Optimized design of salient pole synchronous generators owand@c2i.net 987
Andrada P., Martinez E., Perat J.I., Sanchez J.A., Torrent M. Experimental determination of magnetization curves of switched reluctance motors andrada@ee.upc.es 761
Andreescu G.D., Rabinovici R. Observer based torque control with inertia identification using only position transducer for electric drives dandre@aut.utt.ro 1428
Ansel A., Walti O., Brudny J.F. Influence of copper pressure die-casting on induction machine magnetic behaviour ansela@esiee-amiens.fr 368
Anuszczyk J., Gmyrek Z. Rotational magnetization in the core of an induction motor supplied from the PWM inverter imet@ck-sg.p.lodz.pl 1717
Anwar M.N., Husain I. Design of a switched reluctance machine for wide-speed range operation ihusain@uakron.edu 1581
Apostoaia C.M., Moraru S.A., Sisak F, Popescu M. Optimisation of a standard induction motor speed control using the field weakening technique apostoaiac@yahoo.co.uk 669
Arkkio A., Westerlund J. An electromechanical model for analysing transients in diesel-driven synchronous generators antero.arkkio@hut.fi 878
Avolio E., Dias C. Development of a thermal-electric mathematical model, to analyze and specify induction motors using artificial neural networks avolio@bauru.unesp.br 363
Baaklini I., Retiere N., Bacha S., Gaudin C. Modelling of industrial induction motors for the pre-diagnosis of voltage dips Isabelle.Baaklini@edf.fr 61
Barbier G., Chamagne D., Kauffmann J.M., Lochmatov A. Experimental study of critical clearing time for a double axis excitation generator barbier@ige.univ-fcomte.fr 1051
Bargallo R., Llaverias J., Martin H. Transient torque determination in controlled drives. Contribution to the development of an equipment for dynamic operation test ramon.bargallo@upc.es 56
Bartos V., Kotlanova A. Transient phenomena in the system with the double fed asynchronous machine bartos@kes.zcu.cz 33
Bausch H., Greif A., Nickel A.B.A. A switched reluctance and an induction machine in a drivetrain for an electrical vehicle under the conditions of car application heinz.bausch@unibw-muenchen.de 1313
Bausch H.,Greif A.,Lange B., Bautz R. A 50kW/15000rpm switched reluctance drive for an electric vehicle: current control and performance characteristics heinz.bausch@unibw-muenchen.de 603
Beierke S., Vas P. DSP applications in advanced, intelligent motion control: the future sbei@ti.com 1087
Belahcen A. Force calculation for vibration and noise analysis of electrical machines anouar.belahcen@hut.fi 1829
Belhadj J., Slama-Belkhodja I., Pietrzak-David M. Synthesis and design of a Cartesian observer for control variables of an induction motor direct torque control ilhem.slama@enit.rnu.tn 440
Bellini A., Filippetti F., Franceschini G., Tassoni C. Towards a correct quantification of induction machines broken bars through input electric signals bellini@ee.unipr.it 781
Ben Ahmed A.H., Lesobre A., Ramiarinjaona C., Prevond L., Graczyk C., Drecq D. Simple model for designing eddy current variable reluctance brakes benahmed@bretagne.ens-cachan.fr 1614
Beniak R., Wach P. Second order differential equation system model of an induction motor - applicable for control and estimation problems ryben@po.opole.pl 724
Besbes M., Gabsi M., Hoang E., Lecrivain M., Grioni B., Plasse C. SRM design for starter-alternator system mondher.besbes@lesir.ens-cachan.fr 1931
Betin F., Pinchon D., Capolino G.A. Implementation of fuzzy logic control for servomotor: comparison with PID control franck.betin@iut.u-picardie.fr 1097
Betin F., Pinchon D., Capolino G.A. Stepping motor drive control using association of sliding mode and fuzzy regulation franck.betin@iut.u-picardie.fr 1300
Bianchi N., Bolognani S. Reducing torque ripple in PM synchronous motors by pole shifting bianchi@light.dei.unipd.it 1222
Bianchi N., Bolognani S., Zigliotto M. Design and development of a PM synchronous motor drive for an electrical scooter bianchi@light.dei.unipd.it 1295
Bianchi N., Cervaro S., Malesani L. Current shapes for minimising torque ripple in SPM motors bianchi@light.dei.unipd.it 1237
Biriescu M., Liuba G., Mot M., Olarescu V., Groza V. Identification of synchronous machine reactances from direct current decay at standstill test biri@d109lin.utt.ro 1914
Bitsche O., Friedrich J., Noreikat K.E. Electric drives for hybrid, fuel cell and battery powered vehicles otmar.bitsche@daimlerchrysler.com 1317
Blissenbach R., Henneberger G., Schäfer U., Hackmann W. Development of a transverse flux traction motor in a direct drive system blissenbach@iem.rwth-aachen.de 1457
Boglietti A., Carpaneto E. An accurate high frequency model for AC PWM drive systems boglietti@polito.it 538
Boglietti A., Lazzari M., Luparia G., Hollo V. A simplified thermal model for the power derating prediction of variable speed self-cooled induction motor boglietti@polito.it 348
Boglietti A., Lazzari M., Pastorelli M. Comparison of different drives for fluid processing pastorem@athena.polito.it 846
Boldea I., Janosi L., Blaabjerg F. A modified direct torque control (DTC) of reluctance synchronous motor sensorless drive boldea@lselinux.utt.ro 1414
Boldea I., Rasmussen C.B., Miller T.J.E, Dorrell D.G. Leakage reactance saturation in induction motors boldea@lselinux.utt.ro 203
Bolte E. Analysis of transient performance of squirrel cage induction motors with frequency inverter supply taking into account two-dimensional field distribution and current displacement in the rotor bars Ekkehard.Bolte@unibw-hamburg.de 282
Bonet-Madurga J., Diez-Gonzalez A. Derivation of a model with spatial harmonics for the permanent magnet synchronous motor jaime@isa.uniovi.es 1490
Bonnail N., Tonneau D., Dallaporta H., Juan A., Capolino G.-A. Dynamic response of a piezoelectric actuator at low excitation level in the nanometer range bonnail@gpec.univ-mrs.fr 1338
Bortsov Y., Polyakhov N., Loginov A., Burmistrov A. Robust controller for excitation systems of synchronous generators elsila@elsila.spb.ru 1056
Bouaroudj S., Barre P.J.,  Hautier J.P. A new thrust control strategy for permanent magnet linear synchronous motor barre@lille.ensam.fr 324
Boujon T., Faugières J.C., Prévond L., Rialland J.F., Rouillé C. Design of experimental devices for the study of the permanent magnets demagnetization prevond@cnam.fr 1900
Bounekhla M., Zaim M.E., Rezzoug A., Ait Ahmed M. The Hooke and Jeeves algorithm approach in the identification of the induction machines parameters zaim@large.crttsn.univ-nantes.fr 218
Brice C.W., Santi E., Kang X., Gökdere L.U. Reference frames for simulation of electric motors and drives brice@engr.sc.edu 505
Brisset S., Gillon F., Brochet P. Numerical experimental designs applied to the modeling of brushless direct current motors stephane.brisset@hei.fr 1540
Brown N., Haydock L., Spooner E., Bumby J.R., Optimisation of axial flux PM generators by pre-computed 3D-FEA modelling Neil.L.Brown@Cummins.com 1471
Brule S., Tounzi A. Comparison between FEM and the Park's model to study the control of an induction machine mounaim.tounzi@univ-lille1.fr 548
Bruno O., Landi A., Mariotti G., Sani L. Stability improvement of a round rotor synchronous machine by using an anisotropic control method landi@dsea.unipi.it 1010
Burlikowski W., Kluszczynski K., Szymanski D. Determination of pulsating parasitic torques in a squirrel cage induction motor employing anisotropic machine model w_bur@kmiue.elektr.polsl.gliwice.pl 299
Burlikowski W., Spalek D. Calculation for pm-torque by means of hysteresis component w_bur@kmiue.elektr.polsl.gliwice.pl 1232
Busch T., Henneberger G. New stator pole arrangement for a planar multi-coordinate drive post@iem.rwth-aachen.de 591
Cabanas M.F., Melero M.G., Orcajo G.A., Cano J.M., Briz del Blanco F., Capolino G., Henao H. The dispersion in the calculation of the effective inverse sequence impedance of induction motors: a solution based on the Complex Fourier Transform manes@etsiig.uniovi.es 766
Cai W., Fulton D., Reichert K. Design of permanent magnet motors with low torque ripples: a review caiw@delcoremy.com 1384
Canders W.-R., May H., Palka R., Portabella E. Machines with high temperature superconducting bulk material in comparison with permanent magnet excited synchronous machines w.canders@tu-bs.de 649
Cannistrà G., Sylos-Labini M. Study of a transient-state DC motor operation by a generalized nonlinear model cannistra@poliba.it 1970
Cannistrà G., Sylos-Labini M., Design optimization and thermal analysis by thermal network of a three-phase synchronous generator cannistra@poliba.it 1965
Cao Z., Chen H., Ritchie E. Rotor fault diagnosis of induction motors based on a dynamic associative memory of chaotic neural network physics@dial.zju.edu.cn 863
Capolino G.-A. A comprehensive analysis of the current status in low voltage induction motor diagnosis Gerard.Capolino@u-picardie.fr 595
Caricchi F., Crescimbini F., Ciulii Capponi  F., Solero L. An innovative PM motor with phases series connection devoted to EV drives ezio@elettrica.ing.uniroma1.it 1692
Chalmers B.J. A century of teaching and research in electrical machines Chalmers@fs5.ee.umist.ac.uk 1200
Chaudhari B.N., Fernandes B.G. Effect of voltage unbalance on the performance of line start brushless synchronous motors, part I : steady state operation bnc@ee.iitb.ernet.in 1209
Chaudhari B.N., Fernandes B.G. Effect of voltage unbalance on the performance of line start brushless synchronous motors, part II : asynchronous operation bnc@ee.iitb.ernet.in 1214
Chechurin V., Varlamov Yu., Roytgarts M. Surface impedance for electromagnetic field computing in large turbogenerators vch@vch.spb.ru 1035
Chiricozzi E., Parasiliti F., Villani M. Design of improved efficiency induction motors for minimum additional cost rock@ing.univaq.it 1712
Chong E.F.H., Flack T.J. Comparison of coupled circuit and eddy-current finite-element methods for modelling induction motors under conditions of supply imbalance fhc20@eng.cam.ac.uk 193
Chrisanov V.I., Szymczak P. Transient analysis of induction motor hard and soft starting postmaster@iec.spb.su 432
Chrzan P.J., Ronkowski M., Champenois G., Nieznanski J. Monitoring of unbalanced conditions of inverter-fed induction motor pchrzan@ely.pg.gda.pl 786
Cistelecan M.V., Demeter E., Popescu M.D. New ideas in the design of the three phase a.c. windings mciste@pcnet.ro 1671
Comnac V., Moldoveanu F., Draghici I., Cernat R.-M. Sensorless control of interior permanent magnet synchronous machine using a Kalman filter comnac@marconi.unitbv.ro 1061
Corcoles F., Pedra J., Garrido J.P., Baza R. Model for the dynamic study of AC contactors corcoles@ee.upc.es 449
Corcoles F., Pedra J., Salichs M. Numerical identifiability of the parameters of induction machines corcoles@ee.upc.es 9
Cruz S.M.A., Marques Cardoso A.J. Rotor cage fault diagnosis in three-phase induction motors, by the synchronous reference frame current Park´s vector approach smacruz@ieee.org 776
Cubilla R.M. Surface losses and perfected calculation of high frequency losses cubilla@unioeste.br 1725
Cui J., Wang C., Xia J., Zhou M., Yang J. Overall dynamic analysis of brushless synchronous motor xiajk@sypu.edu.cn 969
Cupertino F., Lattanzi A., Salvatore L. Position control of permanent magnet synchronous motors using adaptive neural network cupertino@ieee.org 1285
Cvetkovski G., Petkovska L., Cundev M., Gair S. Quasi 3D FEM in function of an optimisation analysis of a PM disk motor gogacvet@cerera.etf.ukim.edu.mk 1871
Dabala K. A method of stray no-load losses determination in induction squirrel-cage motors k.dabala@iel.waw.pl 515
Dabrowski M. Improved method of no-load losses separation of the induction motor dabrom@put.poznan.pl 1728
Dafinca L., Siciu C., Margineanu I., Dafinca I. Neural network based identification system for a vector controlled induction motor drive dafinca@marconi.unitbv.ro 1158
Daikoku A., Sakabe S., Imagi A., Yoshikuwa Y., Tanaka T., Okazaki M. A comparison of radial force level of DC motors using an electromagnetic force analysis considering currents during commutation daikoku@ele.crl.melco.co.jp 1531
Damiano A., Gatto G., Marongiu I., Del Pizzo A.,Perfetto A. An high power multilevel DTC drive alfio@elettro1.unica.it 908
Danikas M.G. A novel diagnostic technique to study the ageing of rotating machine insulation mdanikas@xanthi.cc.duth.gr 959
Danilevich Ya., Kirichenko B., Vassilieva Ju. Wind power set of a new generation dir@deepan.spb.ru 1951
De Bernardinis A., Takorabet N., Meibody-Tabar F., Laporte B. Optimization of a PM Generator-Motor HEV considering the constraints on the power supply and current control strategy alexandre.de-bernardinis@ensem.inpl-nancy.fr 1270
De Castro J.L., Manzanedo F., Novo B., Perez Donsion M. Detection of broken rotor bars in an induction machine based on rotor resistance estimation jlcastro@uvigo.es 859
De Gersem H., Hameyer K. Finite element simulation of a tubular linear induction machine compared to analytical results and measurements Herbert.DeGersem@esat.kuleuven.ac.be 107
De Gersem H., Hameyer K., Mertens R. Comparison of stationary and transient finite element simulation techniques with respect to the asynchronous operation modes of induction machines Herbert.DeGersem@esat.kuleuven.ac.be 66
de la Vallée Poussin H., Gusia S., Grenier D., Labrique F. Comparison of the performance and limitations of several anti-windup techniques in field oriented control of permanent magnet synchronous motors secretariat@lei.ucl.ac.be 1880
de Mendonca R.G., Martins Neto L., Camacho J.R. Three-phase induction generator feeding a single-phase electrical distribution system - time domain mathematical model jrcamacho@ufu.br 528
De Mendonca R.G., Neto L.M., Teixeira H.B., Camacho J.R. Asymmetrical three-phase induction motor performance through the use of dynamic capacitance switching jrcamacho@ufu.br 51
De Oliveira V., Monmasson E., Louis J.P. Analysis of an electrical differential realised by two connected induction motors oliveira@lesir.ens-cachan.fr 1862
de Paula P.P., da Silva W.M., Nabeta S.I., Cardoso J.R. Modelling a switched reluctance motor / generator by using the finite-element method coupled with circuit equations ppdepaula@uol.com.br 1752
Debarnot M., Girard P., Vilcot M., Knorr U., Zacharias L. On line coupling of finite element analysis and system simulation for direct modelling of the complete controlled electromechanical chain without any equivalent diagram cedrat@cedrat.com 496
Debowski A., Chudzik P. An adaptive method of averaging the space-vectors location in DSP controlled drives debowski@ck-sg.p.lodz.pl 913
Degobert Ph., Hautier J.P. Torque control of permanent magnet synchronous machines in Concordia´s reference frame with resonating currents controllers degobert@lille.ensam.fr 990
Delaere K., Heylen W., Belmans R., Hameyer K. Introducing magnetostriction into coupled magnetomechanical systems koen.delaere@esat.kuleuven.ac.be 174
Deleroi W. Skewing of rotor slots for reducing leakage field pulsation Werner.Deleroi@skynet.be 1742
Dell'Aquila A., Liserre M., Marinelli M., Zanchetta P. Fault conditions analysis of an induction motor drive supplied by a CC-PWM dellaqui@poliba.it 1895
Dell'Aquila A., Liserre M., Zanchetta P. A study on the influence of the induction motor emf on the inverter current control dellaqui@poliba.it 918
Demenko A. Calculation of permanent magnet motor torque using edge element method andrzej.demenko@put.poznan.pl 1389
Demirci R., Dursun M. Adaptive position controller for double armature brushless dc linear motor demircil@yahoo.com 1066
Desmet J., Devos B., Stockman K., Belmans R. Influencing parameters on overvoltages at the terminals of inverter supplied induction motors desmetjj.pih@hogeschool-wvl.be 854
Di Gerlando A., Perini R. Analytical evaluation of the stator winding temperature field of water-cooled induction motors for pumping drives diger@bottani.etec.polimi.it 130
Di Gerlando A., Perini R., Silvestri A., Ubaldini M. Design criteria and performance analysis of passive permanent magnet electro-inductive devices for seismic vibrations damping diger@bottani.etec.polimi.it 582
Di Napoli A., Santini E. FEM identification of parameters to vector control of induction machines dinapoli@uniroma3.it 71
Diril O., Tuncay R.N. The torque ripple minimization of switched reluctance motors by torque waveform control orhan@arcelik.com.tr 1070
Djukic G., Kovacevic B., Terzija V.V. Static estimation of synchronous generator parameters DJUKIC@kiklop.etf.bg.ac.yu 1038
Dolinar D., Stumberger G., Grcar B., Zagradisnik I.,Hameyer K. Exact tracking of linear synchronous reluctance servodrive dolinar@uni-mb.si 94
Dordea T., Biriescu M., Madescu Ghe., Mot M., Torac I. Homopolar currents in the two-axis theory of the electric machines tdordea@d109lin.utt.ro 1683
Dorr R., Leger A.C., Roger J.Y., Dirand S. On-line power transformer monitoring at Electricite de France richard.dorr@edf.fr 272
Dorrell D.G. Modelling of non-uniform rotor eccentricity and calculation of unbalanced magnetic pull in 3-phase cage induction motors d.dorrell@elec.gla.ac.uk 1820
dos Santos E.B., Neto L.M., Camacho J.R. Linear induction motor modeling and the equivalence with the asymmetrical rotary induction motor jrcamacho@ufu.br 242
Driesen J., Pahner U., Belmans R., Hameyer K. Transient coupled magnetic thermal analysis of a permanent magnet synchronous electrical vehicle motor johan.driesen@esat.kuleuven.ac.be 343
Drozdowski P. A 9-phase cage induction motor fed by a 3x9 matrix converter pdrozdow@usk.pk.edu.pl 387
Drubel O., Kulig S. Eddy current in the rotor of turbo-generators during 3-phase short circuits drubel@mal.e-technik.uni-dortmund.de 883
Eda H., Zhou L., Ishikawa T., Kawakami T. , Yamamoto Y. Configuration and performance of micro-fabrication system; Micromanipulation under scanning electron/optical microscopy eda@ipc.ibaraki.ac.jp 1702
Edvardsen P.A. Lifetime reduction of hydro generator stator winding as a consequence of frequent start/stop per-arne.edvardsen@no.abb.com 851
Egger A., Gräf M. Single face transversal flux machine featuring a multi-functional retaining ring andreas.egger@ei.tum.de 1331
El Moucary C., Mendes E. , Raithel T., Ortega R. A new strategy for direct torque and flux control of induction motor drives chady@lgep.supelec.fr 923
El-hami M., Glynne-Jones P., James E.P., White N.M. Design analysis of a self-powered micro-renewable power supply m.el-hami@soton.ac.uk 1466
El-hami M., Khan S.H. Design synthesis automation of electric motors m.el-hami@soton.ac.uk 1781
El-Serafi A.M., Xu Y. An experimental method for determining the saturation characteristics in the intermediate axes of synchronous machines elserafi@engr.usask.ca 1143
Ertan B., Leblebicioglu K., Demirel O. An approach to design and optimization of HV high frequency resonant power transformers ertan@metu.edu.tr 183
Escalante M.F., Vannier J.C., Arzandeh A. DTC of an induction motor using a 5-level flying capacitor inverter miguel.escalante@supelec.fr 690
Escarela-Perez R., Campero-Littlewood E. Moving-band and sliding-surface combined technique for the simulation of rotor motion in transient FEM modelling of electrical machines r.escarela@ieee.org 492
Esselin M., Robyns B., Berthereau F., Hautier J.-P. Resonant controller based power control of an inverter-transformer association in a wind generator benoit.robyns@hei.fr 1290
Fassenet M., Chamagne D., Pera T., Kauffmann J.M. Modelling of commutation and influences of armature winding choice on performances of permanent magnet D.C. motor fassenet@ige.uni-fcomte.fr 1697
Feng X., Belmans R., Hameyer K. Torque vector control using neural network controller for synchronous reluctance motor feng.xueqing@ieee.org 1183
Ferreira da Luz M.V., Batistela N.J., Sadowski N., Carlson R., Bastos J.P.A. Calculation of iron losses in induction motors using the finite element method valencia@grucad.ufsc.br 1512
Feyzi M.R., Parker A.M. Dynamic equivalent circuit of deep-bar cage induction motor feyzi@ark.tabrizu.ac.ir 304
Filippetti F., Gentile G., Meo S., Ometto A., Rotondale N. High order current spectral components utilisation to improve induction machine diagnostics fiorenzo.filippetti@mail.ing.unibo.it 941
Flack T.J., Knight R.E. Prediction of the performance of large induction motors including the effect of radial ventilation ducts using 2-D and 3-D finite-element formulations tjf@eng.cam.ac.uk 372
Flores Filho A.F., Susin A.A., da Silveira M.A. 3D analysis and simulation of a novel planar actuator flores@iee.ufrgs.br 1379
Freitas M.A.A., Andrade D.A., Martins Neto L., Bissochi Jr C.A. Optimum torque control of a two-phase asymmetric induction motor fed with controlled currents darizon@ufu.br 752
Fujii K., Zhao H.A., Kubata N., Uchidomi S., Nozawa T., Nouchi N., Kumai H. Applications of small capacity driving system using induction motors fujiikun@kyukyo-u.ac.jp 673
Fujinami Y., Noguchi S., Yamashita H., Cingoski V. Thermal analysis of a synchronous generator taking into account the rotating high-frequency magnetic field harmonics fuji@eml.hiroshima-u.ac.jp 353
Fukami T., Naoe N., Hanaoka R., Miyamoto T. A novel, self-regulated, self-excited, single-phase induction generator with a three-phase auxiliary winding fukami@neptune.kanazawa-it.ac.jp 436
Gaiceanu M., Rosu E. An U-f optimal control approximation for induction motor marian.gaiceanu@ugal.ro 747
Gerling D. Design of an induction motor with multilayer rotor structure and large gap dieter.gerling@de.bosch.com 458
Ghosn R., Pietrzak-David M., Asmar C., De Fornel B, Power optimization of a doubly fed induction machine in variable speed drives ragi.ghosn@fi.usj.edu.lb 756
Gieras J.F., Choi J.-H. Design of high-speed high-power switched reluctance motor gierasjf@utrc.utc.com 798
Glowacz Z. Mathematical model and simulation investigation of DC machine with equalizing connections in emergency states glowacz@uci.agh.edu.pl 1447
Gnacinski P. Determination of parameters of the thermal scheme of an induction motor Piotrg@vega.wsm.gdynia.pl 135
Goldemberg C., Penteado A. A. (jr), Salotti F.A.M. Induction motor analysis in the ABC/abc reference frame including saturation effects clovis@pea.usp.br 397
Golebiowski L., Mazur D. Identification of the sources of the torque and current harmonics in the induction motor yegolebi@cyf-kr.edu.pl 295
Goncalves J.G., Cabrita C.P. A new concept on linear current density in linear induction motors jgoncalv@ualg.pt 76
Gordon P., Spooner E. Segmental construction of large, modular, permanent magnet machines paul.gordon@durham.ac.uk 1485
Göl Ö., Sobhi-Najafabadi B. Performance prediction of a permanent magnet generator using a magnetic circuit model ozdemir.gol@unisa.edu.au 1280
Grabowski P.Z., Kazmierkowski M.P. Experimental investigation of the direct torque neuro-fuzzy controller for induction motor drive pawel_grabowski@mail.schneider.pl 831
Guillaud X., Degobert P., Hautier J.-P. Barre P.J. Synthesis of control laws with the method of causal ordering graph guillaud@lille.ensam.fr 1917
Gurevich E. Non-contact method for estimating the heat parameters of electrical machines by the cooling agent transient temperature measurements elsila@elsila.spb.ru 171
Gurevich E., Oshurkov P. Determination of rotor winding temperature of the turbogenerator with the brushless excitation system elsila@elsila.spb.ru 156
Güemes Alonso J.A. Modelling and design of smoothing reactances. Application to air gap length calculation iepgualj@lg.ehu.es 115
Güemes J.A., del Hoyo J.I. New equivalent circuit for three-phase induction motors iepgualj@lg.ehu.es 402
Haataja J., Pyrhönen J. Synchronous reluctance motor: an alternative to induction motor Jorma.Haataja@lut.fi 1762
Hadiouche D., Razik H., Rezzoug A. Modelling of a double star induction motor for space vector PWM control Djaf.Hadiouche@green.uhp-nancy.fr 392
Hagenkort B., Hartkopf T., Binder A., Jöckel S. Modelling a direct drive permanent magnet induction machine bhagenko@ew.tu-darmstadt.de 1495
Hakala H. Integration of motor and hoisting machine changes the elevator business harri.hakala@kone.com 1242
Hammons T.J., Cheong H.W. Torsional stressing of turbine-generator shafts due to unbalanced operation of HVDC converters in asynchronous links hammonst@elec.gla.ac.uk 1909
Hanamoto T., Tsuji T., Tanaka Y. Comparison of the control characteristics of sensorless speed control of PMSM based on the observer theory hanamoto@ele.kyutech.ac.jp 1419
Hanitsch R.E., Lammel D.A. Bonded soft- and hardmagnetic materials - novel components for brushless dc motors rolf.hanitsch@iee.tu-berlin.de 1545
Hantila F., Vasiliu M., Cranganu B., Rosu M., Demeter E. Direct computation of the magnetic field differences in electrical machines hantila@faraday.elth.pub.ro 1623
Hara H., Hanamoto T., Tsuji T. Sensorless control of BLDCM under block-pulse functions and Butterworth low pass filter haralab@nishitech.ac.jp 1424
Hasegawa H., Murai T. Analysis and measurement of load loss at the combined SC type linear generator using Monte Carlo method hasegawa@rtri.or.jp 1839
Henao H., Assaf T., Capolino G.A. Detection of voltage source dissymmetry in an induction motor using the measurement of axial leakage flux Humberto.Henao@u-picardie.fr 1110
Henaux C., Pons G., Nogarede B. A novel type of permanent magnet actuator: the HYPOMAG structure nogarede@leei.enseeiht.fr 1375
Henneberger G., Evers W., Elschenbroich H. A transverse flux linear synchronous motor with a passive track post@iem.rwth-aachen.de 314
Henneton A., Roger D., Napieralska E. Study of the electromagnetic phenomena contributing to external radiation of machines antoine.henneton@fsa.univ-artois.fr 1125
Heredia J.R., Perez-Hidalgo F., Duran-Paz J.L. Robust sensorless control of induction motors by artificial neural networks juan@dte.uma.es 682
Hérigault J., Corenwinder C., Audoli A., Foggia A., Torlay J.-E. A new complementary monitoring tool experimentation on shaft voltage and neutral current measurement on some generators in EDF herigault.joel@edf.fr 951
Hernández-Millan R., Salinas J., Pacheco-Pimentel J. Design principles for recycling large electric machinery daycohoyo@telcel.net.ve 1679
Hertel L., Hofmann W. Magnetic couplings in a bearingless reluctance machine Lars.Hertel@e-technik.tu-chemnitz.de 1776
Hofer K. Linear motor for cylinders and wheels hofer@fhzinfo.fh-bielefeld.de 233
Hofmann M., Werle Th., Binder A., Pfeiffer R. Asynchronous linear machine for railway systems mhofmann@ew.tu-darmstadt.de 223
Hrabovcova V., Licko M., Rafajdus P., Mihok J., Janousek L. An improvement of reluctance synchronous motor quality parameters hrabovc@fel.utc.sk 1590
Hu G. A low-cost PM brushless and slotless tubular linear servomotor ghu@ctdynamics.com 319
Hu M., Lu D., Huang X., Du Y. A novel FEM method to calculate 3D thermal distribution in the end region of turbo-generator and its application mqhu@seu.edu.cn 152
Hu M., Yan D., Zhang R. A general algorithm of generating finite element mesh combined the normal offsetting method and the advancing front method mqhu@seu.edu.cn 1805
Huppunen J., Pyrhönen J. Calculating the electromagnetic fields in a solid-rotor of an induction motor jussi.huppunen@lut.fi 472
Ilo A., Pfützner H., Nakata T. Behaviour of transformer cores with multi-step-lap joints albana.ilo@siemens.at 252
Inderka R.B., Menne M., Schröder S., De Doncker R.W. Modeling of switched reluctance drives with commercial simulation software in@isea.rwth-aachen.de 1757
Isidorovic R. Power transformers with magnetic core of non-continual section risidorovic@minel.co.yu 257
Ivkovic G., Gole A.M., Menzies R.W., Friesen D. Transient modeling of the Written Pole motor givkovic@hvdc.ca 1322
Jack A., Dickinson P., Mecrow B., Jansson P., Hultman L, A scoping study for universal motors with soft magnetic composite stators alan.jack@ncl.ac.uk 613
Jarray K., Boussak M., Tholomier M. Stator resistance tuning in a sensorless stator-flux field-oriented induction motor drive boussak@esim.imt-mrs.fr 543
Jazdzynski W. Factory-dependent optimal induction motors wjaz@uci.agh.edu.pl 1628
Jensen F. A solenoid actuator for proportional control inn@danfoss.com 587
Jimoh A.A., Munhurrun V., Ojo O. Stray load losses in an asymmetrically fed polyphase induction motor jimoh@pixie.udw.ac.za    1747
Jin L., Sheng Z., Hu M., Zhao C. Large torque piezoelectric ultrasonic stepping motor jzlyd@pub.jlonline.com 1443
Joksimovic G., Djurovic M. Dynamic analysis of switched reluctance motor - winding function approach joxo@server1.cis.cg.ac.yu 1569
Jovanovic M.G., Betz R.E. Brushless doubly fed reluctance machines - a cost effective solution for limited speed range applications milutin.jovanovic@unn.ac.uk 1554
Jung S-Y., Chun J-S., Jung H-K. Analysis of the end-effect of permanent magnet linear synchronous motor energized by partially excited primary current jsyjsy2@snu.ac.kr 333
Jurado F., Carpio J., Sanchez H. Modeling of induction motors during stability studies fjurado@ujaen.es 422
Kacperski M., Kubiak W., Szulakowski J., Witczak P. Generation and transmission of magnetic vibrations in power transformers pwitzak@ck-sg.p.lodz.pl 179
Kacsó R., Halász S., Kádár I. Cost effective power saving for VSI fed induction machines with radial-basis networks Robert.Kacso@pec.be 1168
Kalilah S.A. Capacitor-series excitation for improved performance of three-phase synchronous generator   1890
Kalous J. Modeling and simulation of an insulated induction generator jaroslav.kalous@vabo.cz 523
Kanerva S. Circuit simulator in coupled field-circuit problems sami.kanerva@hut.fi 501
Kang D.H., Curiac P., Lee J. An axial flux interior PM synchronous machine dhkang@keri.re.kr 1475
Kappatou J., Safacas A., Zarmakoupis K.A. Analysis of synchronous machine operation under non sinusoidal stator currents joya@ee.upatras.gr 1153
Karmaker H.C. End winding fields and forces in salient-pole synchronous machines haran.karmaker@ps.ge.com 1139
Karvinen J. Future perstectives of electrical machines and market trends jouko.karvinen@ch.abb.com 1
Kawkabani B., Simond J.-J. Wetter R. Investigation of transient overvoltages of low voltage induction motors due to IGBT-inverter supply Basile.Kawkabani@epfl.ch 1197
Keppola H., Perälä R., Söderlund L., Vihriälä H., Preliminary test results of an axial flux toroidal stator wind power generator Hanna.Keppola@tut.fi 1480
Kerttula J., Lindgren O., Ahtiainen J., Orivuori S., Arkkio A. Experience of an analysis program for generators and shaft systems at an energy, engineering and service company juha.kerttula@fortum.com 1042
Khan S.H., El-Shawish J.M., Finkelstein L., Grattan K.T.V. Investigation of variable transformers by 3D field modelling - comparison of modelling and experimental results S.H.Khan@city.ac.uk 262
Kitazawa K., Mimura H., Makiuchi H., Kushihara H., Masaki K., Nirei M., Yamamoto Y., Kamiya A., Wakiwaka H. Analysis of dynamic angle error of 8X-VR type resolver system wakiwak@gipwc.shinshu-u.ac.jp 568
Klima J. Mathematical model and analysis of a four-switch PWM inverter fed induction motor drive Klima@tf.czu.cz 677
Ko J.-S., Lee T.-H., Park B.-R. Precision speed control of PMSM for rotating chair to obtain human eye signal jsko@wonnms.wonkwang.ac.kr 1079
Koechli C., Jufer M. Design of a single phase spindle brushless DC motor christian.koechli@unh.edu 1361
Komeza K., Wiak S., Dems M., Lesniewska E. Electromagnetic field of four-speed induction motor during transients komeza@ck-sg.p.lodz.pl 23
Kostic M. Indirect method for measuring the additional no-load losses in induction motors mkostic@ieent.org 1946
Kouadria D., Watt G. Partial discharge activity and its role in monitoring the condition of high voltage stator windings dino@eleco.co.uk 955
Köfler H. Force and torque in single phase two pole induction motors with eccentric rotor. An attempt to include slot effects due to eccentricity Koefler@ema.tu-graz.ac.at 1825
Kral C., Pirker F. Vienna monitoring method - detection of faulty rotor bars by means of a portable measurement system chkral@ieam.tuwien.ac.at 873
Krok R., Miksiewicz R. Monitoring of temperature fields in rotors during turbogenerator operation r_krok@kmiue.elektr.polsl.gliwice.pl 888
Krok R., Miksiewicz R., Mizia W. Modelling of temperature fields in turbogenerator rotors at asymmetrical load r_krok@kmiue.elektr.polsl.gliwice.pl 1005
Kroug A.E. Additional steel losses from pulsations of damper winding magnetic field in synchronous machines elsila@elsila.spb.ru 1721
Kudarauskas S. Oscillating electrical motors, application and theory kudarauskas@klaipeda.omnitel.net 573
Kuert Ch., Jufer M. Modelling of hybrid stepping motors christoph.kuert@epfl.ch 1461
Kurka O., Leuchter J. New generation of mobile electrical power sources otakar.kurka@vabo.cz 1366
Kyranastasis G.J. Computer assisted learning in electrical motors using NEAPOLIS 4.1 gkyran@teikav.edu.gr 1265
Kytömäki R. Simulation and validation of two-frequency heat run test for induction machines by time stepping finite element method Riku.Kytomaki@fi.abb.com 937
Lagonotte P., Broussely M. Parameters identification of a saturated induction machine taking the thermal effects into account lagonotte@let.ensma.fr 198
Lähteenmäki J.K., Soitu V. Comparison of solid steel rotors with a copper coating or with a copper cage for a 60 kW 60.000 rpm compressor jussi.lahteenmaki@hut.fi 623
Lampola P., Saransaari P. Analysis of a multipole, low-speed permanent-magnet synchronous machine Petri.Lampola@hut.fi 1251
Lange A., Canders W.-R., Laube F., Mosebach H. Comparison of different drive systems for a 75 kW electrical vehicle drive andreas.lange@voith.de 1308
Lange A., Canders W.-R., Mosebach H. Investigation of iron losses of soft magnetic powder components for electrical machines andreas.lange@voith.de 1521
Leao A.T., Camacho J.R., Teixeira E.P., de Azevedo H.R. A robust fuzzy speed control applied to a three-phase inverter feeding a three-phase induction motor jrcamacho@ufu.br 685
Leao Rodrigues A. Hysteresis motor with conventional and superconductor rotors leao@uninova.pt 802
Leconte V., Mazauric V., Roussin B., Atienza E. Optimisation and sizing methodology for electromechanical actuators vincent_mazauric@mail.schneider.fr 445
Lefevre L., Soulard J. Finite element transient start of a line-start permanent magnet synchronous motor louis@ekc.kth.se 1564
Lehmann R.B., Camacho J.R., Salerno C.H., Leao A.T. A contribution to the study on the effects of variation for the rotor slot inclination - the three-phase induction motor case jrcamacho@ufu.br 46
Lemos Antunes C.F.R. Finite element calculation of the core virtual length of electrical machines taking the radial ventilation ducts and air gap into account lemos.antunes@dee.uc.pt 1619
Li W., Fu M., Zhou F., Cheng S. The calculation of stator 3D temperature field of medium scale high voltage explosion-proof asynchronous motor on the basis of theory of similarity for fluid and 3D FEM f.zhou@yeah.net 148
Li X., Sun C., Yang Y., Li J. The new method of the reconstruction PD signals after the inverse wavelet transform leegian@371.net 1210
Liang D., Ye F. Simulation of reactive linear synchronous motor starting performance dlliang@xjtu.edu.cn 86
Liese M. Numerical field calculation approach without generic discretization errors liese@eti.et.tu-dresden.de 1795
Lins Z.D., Torrico J., Bim E. A new approach of fuzzy direct torque controller for IM drives zanoni@dsce.fee.unicamp.br 1173
Lopez-Fernandez X.M., Donsión M., Coimbra A.P., Pinto J.A.D., Antunes C.L. Transient thermal performance of a 3-phase induction motor under single-phasing operation xmlopez@uvigo.es 139
Lu  T.,Binder A., Pfeiffer R. Rotor losses in permanent magnet high-speed machines abinder@ew.tu-darmstadt.de 608
Lu N., Kokernak J.M. Amorphous metals for radial airgap electric machines kokerj@rpi.edu 618
Lukaniszyn M., Wrobel R., Mendrela E., Drzewoski R. Towards optimisation of the disc-type brushless dc motor by changing the stator core structure luk@po.opole.pl 1357
Luukko J., Pyrhönen J. Optimization of the parameters of a PMSM considering different control strategies Julius.Luukko@lut.fi 1399
Maaziz M.K., Mendes E., Boucher P. Nonlinear multivariable real-time control strategy of induction machines based on a reference control and PI controllers Malhoud.Maaziz@supelec.fr 841
Majzoub R.A., Flack T.J. Analysis of the effect of damping on load angle perturbations of synchronous generators driven by diesel engines ram26@eng.cam.ac.uk 893
Mäki-Ontto P. Coupling a FEM-model of an induction motor with a direct torque controller petri.maki-ontto@fi.abb.com 695
Makuc D., Lenasi K., Berlec M. Analysis of power losses in ultra high speed PM motor using FEM software makuc@fe.uni�lj.si 794
Marignetti F., Scarano M. A mathematical modelling of an axial-flux PM motor wheel marignetti@ing.unicas.it 1275
Marques G.D. Numerical simulation of the slip power recovery system using functional adapted blocks gmarques@alfa.ist.utl.pt 382
Marques G.D., Monteiro J., Palma J. Improvement of the stator flux vector control method applied to the control of induction machine gmarques@alfa.ist.utl.pt 699
Martis C., Radulescu M.M., Biro Z., Biro K. Performance analysis and DSP-based control of a small electronically-commutated doubly-salient permanent-magnet motor claudia.steluta.martis@mae.utcluj.ro 1370
Masic S., Gacanovic R., Smaka S., Isabegovic N. Computation and experimental determination of flux linkage and static torque in switched-reluctance motor smasic@utic.net.ba 1586
Masmoudi A., Poloujadoff M. Accounting for the main magnetic circuit saturation in the steady-state operation analysis of the DFM a.masmoudi@enis.rnu.tn 1148
Mastorocostas C. Double stator winding for loss reduction in induction motors costas_mast@hotmail.com 1737
Matic L., Vukosavic S. Development of a efficiency optimization algorithm for the electrical servo drive with induction motor matic@galeb.etf.bg.ac.yu 1995
Matsuki J. Effects of damper windings of a synchronous generator on negative-sequence components under line-to-line fault conditions matsuki@kyomu1.fuee.fukui-u.ac.jp 1015
Maximini M., Koglin H.-J., Igel M. Observing the rotor temperature of induction machines in measurable variables maximini@lev.ee.uni-sb.de 161
McCoy T.J., Dalton T., Crane A. Design implications of PWM propulsion motor drives on shipboard power systems mccoyTJ@navsea.navy.mil 827
McCulloch M.D., Barnes GJ., Dew-Hughes D. Application of high temperature superconductors to electrical machines malcolm.mcculloch@eng.ox.ac.uk 812
Mekhiche M., Nichols S., Hevenhill D., Oleksy J., Young J., Kirtley J. L. High-speed, high-temperature magnetic bearings for jet turbine engine application mekhiche@satc.com 817
Melero M.G., Cabanas M.F., Orcajo G.A., Iglesias I., Rojas C.H., Capolino G.A., Fernández H.H., Solares J. The ability of on-line tests to detect interturn short-circuits in squirrel cage induction motors melero@correo.uniovi.es 771
Meo S., Perfetto A. State feedback control of asynchronous motor drive using a parallel resonant DC link inverter santolo@unina.it 1866
Mese E., Sozer Y., Kokernak J.M., Torrey D.A. Advanced torque ripple and acoustic noise correlation in switched reluctance machines kokerj@rpi.edu 1767
Mese E., Torrey D.A. Optimal phase selection for a rotor position estimator in a sensorless switched reluctance motor drive torred@rpi.edu 1600
Metwally H.M.B. Loadless full load temperature rise test for three phase induction motors ahatg2000@usa.net 1876
Milanovic J.V., Al-Jowder F., Levi E. Small-disturbance stability of saturated anisotropic synchronous machine models milanovic@umist.ac.uk 898
Milli Monfared J., Abbaszadeh K., Fallah E. Modeling and simulation of dual three phase induction machine in fault condition (two phase cut off) and propose a new approach of R.F.O vector control approach for torque oscillation reducing in fault mode monfared@cic.aku.ac.ir 737
Mirzaeian B., Moallem M., Tahani V., Lucas C. A new multi-objective optimization method based on genetic algorithm and it's application for optimal design of a switched reluctance motor moallem@cc.iut.ac.ir 1675
Mitronikas E.D., Tatakis E.C., Safacas A.N. A simplified stator resistance estimator for a speed sensorless stator flux field oriented controller e.mitronikas@ee.upatras.gr 742
Moallem M., Zangiabadi M. Accurate prediction of switched reluctance motor losses moallem@cc.iut.ac.ir 1609
Mohamadein A., Yousef H., Dessouky Y.G. Voltage control of series-connected synchronous generator   1979
Morel L., Fayard H., Vives Fos R. A new rotor solution for a high speed machine lmorel@iut.univ-metz.fr 664
Moreno J.F., Vargas Merino F., Perez Hidalgo F.M. Modeling of induction motor considering the thermal effect jmoreno@ujaen.es 412
Mpekos S., Tsimplostephanakis E., Tatakis E., Safacas A. Control technique for a variable speed WECS using a synchronous generator joya@ee.upatras.gr 1092
Mueller M.A., Bumby J.R., Magnetic field and inductance of helical armature windings M.A.Mueller@durham.ac.uk 627
Mujal R., Alabern X., Humet L., García-Pascual A., Font A. Asynchron motor with spiral sheet armature mujal@ee.upc.es 477
Mukai E., Yano T., Sadamoto Y., Muta I. Effect of superconducting fault current limiter for protection of fully superconducting generator mukai@pe.kumamoto-it.ac.jp 632
Mukosiej J. Problem of accuracy of thermal testing of electric machines mukosiej@iel.waw.pl 166
Nagy I., Jardan R.K., Jokinen T., Williams A. Electromechanical energy conversion in a system utilising alternative renewable and waste energy nagy@elektro.get.bme.hu 487
Nakano H., Kosuge M., Eda H., Libo Z., Shimizu J., Tomita Y. Novel positioning system using a giant magnetostriction actuator for ultra precision and high power applications nakano@hit.ipc.ibaraki.ac.jp 462
Naoe N., Fukami T. Performance of a double-layer interior permanent-magnet generator naoe@kanazawa-tc.ac.jp 1219
Negrea M., Niemenmaa A., Saitz J. Analysis of the no-load losses in cage-induction motors Marian.Negrea@hut.fi 1732
Nica E., Brad P., Stoiciu D., Borza I., Dughir C. Computational procedure to analyze the parameters change influence on rotor speed estimation of the induction motor enica@et.utt.ro 208
Nillesen M., Pasquariello M., Del Pizzo A., Duarte J. Direct torque control with the application of a variable duty cycle pasquari@unina.it 1922
Nipp E. Torque-interrupt-free winding reconfigurations - possibilities and difficulties eckart.nipp@m-v-l.de, nippes1@gmx.net 1404
Nipp E., Schwandtner S. A simple electronic motor simulator for inverter testing eckart.nipp@m-v-l.de, nippes1@gmx.net 1409
Nishikata S., Mita F., Yamashita K., Kataoka T. Dynamic model and simulation of shaft generator systems west@cck.dendai.ac.jp 1020
Nkombo Mazouka M., Colteu A., Mailfert A. A multi-slider winding pitch modulated linear reluctance motor mnkombo@ensem.inpl-nancy.fr 1595
Nonaka S. Analysis of single-sided linear induction motor by simplified Fourier transform method nonaka@Kec.ac.jp 247
Norhisam M., Wakiwaka H., Yajima H., Tamura K., Fujiwara N., Hosono M. Magnetic circuits and characteristics of rectangular type and cylinder type moving magnet linear actuators wakiwak@gipwc.shinshu-u.ac.jp 329
Okuyama Y., Hitosugi K., Moriyasu S. Surge propagation and overvoltages for PWM-inverter-driven motors y.oku@mx3.ttcn.ne.jp 1192
Ong R., Dymond J.H., Findlay R. Stray load loss test methods in induction machine: challenges to manufacturers raymond.ong@indsys.ge.com 1507
Orille A.L., Sowilam G.M.A., Villada Duque F. Electromagnetic torque signal estimation in a direct torque control system for electrical machines orille@ee.upc.es 1178
Ortega J.M.M.,  Payan M.B., Mitchell C.I. Dynamics of the induction motor with voltage sags mitchell@cica.es 18
Otmane-Sherif T., Seddiki H., Benalla H., Goyet R., Rezine H. Numerical control of the three phase asynchrone machine modelised with an analogic calculator goyet@ccr.jussieu.fr 790
Oyegoke B.S. Equivalent circuit for simulation of inter-turn voltage distribution in stator windings of electrical machines oyegoke@cc.hut.fi 1206
Pacheco-Pimentel J.R., Salinas J. Calculation and setting of stabilizers adjustments in power systems weakly link coupling jpacheco@usb.ve 1025
Papazacharopoulos Z., Tatis K., Kladas A., Manias S.N., Tegopoulos J. Inverter-fed induction motor simulation under overloading for regenerative braking management in electric vehicle kladasel@central.ntua.gr 417
Parviainen A., Pyrhönen J., Pyrhönen O., Niemelä M. Two dimensional measurement of core loss using a 3-phase excitation apparatus asko.parviainen@lut.fi 1642
Paul M., Hofmann W., Bochnia D. Design of permanent magnet motors for a hybrid electric vehicle mathias.paul@e-technik.tu-chemnitz.de 1535
Penteado A.A. (jr), Lancarotte M.S. Hysteresis loop prediction of soft magnetic materials using triangular induction data aderbal@pea.usp.br 1790
Perriard Y., Jufer M., Crivii M. Motor comparison for circulation pumps yves.perriard@epfl.ch 510
Perriard Y., Koechli C. Modification of brushless DC motor back-EMF shape - application to noise reduction yves.perriard@epfl.ch 1352
Pessina G., Favoino D., Albenga M., Giraudi P. Electric power self-generation aboard high-speed trains pessina@rdn.it 1885
Petkovska L., Cundev M., Cvetkovski G., Stoilkov V. Modelling and simulation of an inverter fed induction motor lidijap@cerera.etf.ukim.edu.mk 1853
Polinder H., Gardner F., Vriesema B. Linear PM generator for wave energy conversion in the AWS h.polinder@ITS.TUDelft.NL 309
Polinder H., Hoeijmakers M.J. Modelling iron losses in high speed PM machines h.polinder@ITS.TUDelft.NL 637
Poloujadoff M. Choice of the efficiency of an electrical machine: Evolution of the concept and personal memories mpo@moka.ccr.jussieu.fr 1500
Popescu M., Navrapescu V. Modelling in stationary frame reference of single and two-phase induction machines including the effect of iron loss and magnetising flux saturation Mircea.Popescu@hut.fi 407
Popov M., van der Sluis L., Paap G.C., Schavemaker P.H. On the calculation of transients in circuits with stiff non-linear elements M.Popov@ET.TUDelft.NL 267
Powell D.J., Schofield N., Howe D. Thermal modelling of a permanent magnet brushless machine for application in an electro-hydraulic actuator s.j.gawthorpe@sheffield.ac.uk 1986
Pozueta M.A.R., Diaz J.R.L., Pardo J.C. Equivalent space phasors: a method for the analysis of induction machines with space harmonics rodrigma@ccaix3.unican.es 28
Pöllänen R., Pyrhönen O., Kaukonen J. Analysis and tuning of PI-controlled six-pulse thyristor bridge fed field current control of synchronous machine riku.pollanen@lut.fi 563
Prieto Alonso M.A., Lopez X.M., Donsion M.P. Harmonic effects on temperature rise of a squirrel cage induction motor maprieto@uvigo.es 144
Proca A.B., Keyhani A. Discrete time sliding mode control of Induction motors keyhani.l@osu.edu 2009
Protas E.C. New ways with single phase motor drives erich.protas@atb.co.at 533
Rabinovici R., Ben-Hail N. Generalized reluctance generator with dc excitation rr@ee.bgu.ac.il 1559
Radakovic Z., Radosavljevic R., Kalic Dj. Differences of steady-state temperatures of a transformer loaded directly and in short-circuit test radakovic@kiklop.etf.bg.ac.yu 1999
Radwan T.S., Uddin M.N., Rahman M.A. DSP-based fuzzy implementation of indirect vector controlled induction motor nuddin@engr.mun.ca 704
Ramirez C., Tu Xuan M., Simond J.-J., Schafer D., Stephan C.-E. Synchronous machines parameters determination using finite elements method Carlos.Ramirez@epfl.ch 1130
Rasoanarivo I., Laporte B. Operating of a 100 kW - 30000 rpm induction machine irasoana@ensem.u-nancy.fr 659
Rattei F., Krasser B. Efficiency of a permanent magnet polyphase machine with a mechanical field weakening fabian.rattei@ei.tum.de 1688
Ravitharan G., Vilathgamuwa M., Duggal B.R. Robust field oriented control of induction motors emahinda@ntu.edu.sg 719
Razik H., Rezzoug A. Identification of electrical parameters of an induction motor, a comparison between R.L.S. and genetic algorithm Hubert.Razik@green.uhp-nancy.fr 1433
Rechberger K., Mueller F., Köfler H. Single phase sudden short circuits in variable speed generators klaus.rechberger@vatech.elin.at 903
Restrepo J.A., Aller J.M., Paga T., Guzman V.M., Bueno A., Gimenez M.I. Direct torque control of the induction machine using field oriented method and time frequency transformation for speed estimation and parameter adaptation restrepo@usb.ve 1105
Risse S., Henneberger G. Design and optimization of a switched reluctance motor for electric vehicle propulsion stephan.risse@iem.rwth-aachen.de 1526
Riu D., Retiere N., Ivanes M. Electric machine modeling by half order systems Delphine.Riu@leg.ensieg.inpg.fr 1646
Rizzo M. Permanent magnets in a switched-reluctance motor rizzo@diepa.unipa.it 1772
Rogozin G.G. Identification of electromagnetic parameters of the synchronous machine by using decomposition of magnetically linked stator and rotor circuits rgg@elf.dgtu.donetsk.ua 972
Roivainen J. Determination of noise sources in an induction machine janne.roivainen@fi.abb.com 1810
Rojas C.H., Melero M.G., Cabanas M.F., Donsión M.P., Solares J. Analysis of vibration modes in the rotor of high voltage induction machines by means of the finite element method melero@etsiig.uniovi.es 1815
Ronkowski M., Nieznanski J. Electrical machines modelling - teaching aspects mronk@ely.pg.gda.pl 1256
Rosu M. A representative approach of magnetic hysteresis marius.rosu@hut.fi 1651
Rusek J. Computer implementation of the induction machine dynamical model accounting for broken bars, eccentricities, slotting and parallel branches gerusek@cyf-kr.edu.pl 868
Rusu C., Imecs M., Birou I. Fast response sliding mode controller for hybrid stepper motor drive calin.rusu@edr.utcluj.ro 1941
Saenz J.R., Rebollo C.M., Bilbao J., Tapia A., Fernández E., Dorronsoro N., Gonzáles P. An algorithm for residual life estimation of transformers iepsaruj@bi.ehu.es 188
Sahin F., Tuckey A.M., Vandenput A.J.A. The design of a high speed flywheel mounted axial-flux permanent-magnet machine f.sahin@tue.nl 807
Sakkos T., Sarv V. Theory and application of linear time-varying inductors with controlled turn-number eeri@eeri.ee 120
Salo J., Heikkilä T., Pyrhönen J., Haring T. New low-speed high-torque permanent magnet synchronous machine with buried magnets juha.Pyrhonen@lut.fi 1246
Salon S., Sivasubramaniam K., Tukenmez-Ergene L. An approach for determining the source of torque harmonics in brushless dc motors salons@rpi.edu 1707
Sapin A., Allenbach P., Simond J.-J. Modeling of multi-windings phase shifting transformers for DC supplies alain.sapin@epfl.ch 277
Sapin A., Hodder A., Simond J.-J., Schafer D. Doubly-fed asynchronous machine with 3-level VSI for variable speed pump storage alain.sapin@epfl.ch 377
Schiemenz I., Stiebler M. Maximum power point tracking of a wind energy system with a permanent-magnet synchronous generator irene.schiemenz@iee.tu-berlin.de 1083
Schlemmer E., Harb W., Lichtenecker G., Mueller F., Kleinhaentz R. Optimisation of large salient pole generators using evolution strategies and genetic algorithms Erwin.Schlemmer@vatech.elin.at 1030
Schmidt E. Finite element analysis of a transverse flux machine using superelements with floating potentials erich.schmidt@tuwien.ac.at 1452
Schoepp K., Zielinski P. Two-stage synchronous generator kosz@imne.pwr.wroc.pl 1227
Schreier L., Bendl J., Chomat M. Operation and control of doubly fed machine in adjustable-speed power unit schreier@iee.cas.cz 709
Schreier L., Dolezel I., Chomat M. Influence of higher spatial harmonics on operation of rotating machines with magnetic rotor saliency schreier@iee.cas.cz 1656
Shahalami S.H., Saadate S. Comparative study of three control approaches of three pulse cycloconverter-field oriented asynchronous drive hamid.shahalami@green.uhp-nancy.fr 1926
Shanel M., Pickering S.J., Lambard D. Application of computational fluid dynamics to the cooling of salient pole electrical machines martin.shanel@nottingham.ac.uk 338
Shi B., Hu M., Zhu Z. Effect of adhesive bonds on the vibration of the stator in ring-type travelling wave ultrasonic motors shibin@seu.edu.cn 1343
Shuttleworth R., Zahavi B.A., Jiang H. Magnetic analysis of novel two speed electromagnetic actuator for a vacuum switch r.shuttleworth@man.ac.uk 578
Slaets B., Van Roy P., Belmans R. Energy efficiency of induction machines bert.slaets@esat.kuleuven.ac.be 1503
Slimani D. Design of an electromagnet for electrical instruments slimani_djamel@yahoo.fr 1991
Slusarek B., Gromek J., Kordecki A., Nowakowski A. The application of NdFeB dielectromagnets with improved mechanical properties in electrical micromachines barbara@itr.org.pl 1348
Smajic J., Madzarevic V., Berberovic S. Numerical calculation of induction motor stator phase current and torque-speed characteristics s_jasmin71@yahoo.com 14
Sobczuk D.L., Malinowski M., Kazmierkowski M.P. Simple sensorless speed control of PWM inverter fed induction motor based on neural network sobczuk@isep.pw.edu.pl 1163
Sobczyk T.J. Newton-Raphson algorithms for steady-state analysis of salient-pole synchronous machines accounting for saturation of a main magnetic circuit pesobczy@cyf-kr.edu.pl 1134
Sobczyk T.J., Vas P., Tassoni C. A comparative study of effects due to eccentricity and external stator and rotor asymmetries by monoharmonic models pesobczy@cyf-kr.edu.pl 946
Soran I.F., Viorel I.A., Chisu I. Torque harmonics content at start and low speed operation of a switched reluctance motor soranf@amotion.pub.ro 1961
Sousa D.M., Marques G.D. A comparative analysis between two optimization algorithms for the design of a nuclear magnetic resonance fast field cycling magnet pcdsousa@alfa.ist.utl.pt 1661
Spalek D. Analysis of excitation system modified for power station generator uslugi@energotest.com.pl 977
Spalek D. Torque decrease in drug-cup motor due to rotor eccentricity dspalek@zeus.polsl.gliwice.pl 482
Spooner E., Mueller M.A. Spreadsheet design of electrical machines using pre-computed numerical models edward.spooner@durham.ac.uk 1800
Stiebler M., Dietrich W. Design criteria for large permanent magnet synchronous machines Manfred.Stiebler@iee.TU-Berlin.de 1260
Strangas E., Khalil H., Aloliwi B. Comparison of three torque controllers for induction motors without rotor position sensors strangas@egr.msu.edu 928
Stumberger B., Hribernik B., Hamler A. Core loss calculation in electrical machines bojan.stumberger@uni-mb.si 1516
Sun Y., Ouyang B., Wang X., Wang W. Transient analysis of internal faults in stator windings of salient pole synchronous machine sun_yuguang@chinaren.com 1905
Suorsa I. Analytical calculation formulas for an air-gapped inductor ilkka.suorsa@hut.fi 125
Szucs A., Arkkio A., Jokinen T. Modeling of eddy currents in the stator winding of an asynchronous machine using macro elements aron.szucs@hut.fi 1858
Taghizadeh Irenji N., Abu Sharkh S., Harris M. Effect of sleeve conductivity on rotor eddy current loss in high-speed PM machines nti@soton.ac.uk 645
Taibi S., Tounzi A., Piriou F. Design and study of a variable reluctance machine excited by a tree phase current in the stator mounaim.tounzi@univ-lille1.fr 1394
Tamura J., Nakamichi R., Nakazawa C., Chihara I. Analysis of an isolated self-excited induction generator tamura@pullout.elec.kitami-it.ac.jp 519
Tarkiainen A., Pyrhönen J., Burzanowska H., Kaukonen J. Transfer function based model for reflected wave phenomena antti.tarkiainen@lut.fi 1188
Tenhunen A. Analysis of radial force as a source of vibration in an induction machine with skewed rotor slots asmo.tenhunen@hut.fi 1834
Terörde G., Belmans R. Speed based DC bus voltage control using a permanent magnet synchronous motor without shaft sensor gerd.teroerde@esat.kuleuven.ac.be 1438
Terrien F., Benkhoris M.F., Ait Ahmed M. An approach for parameters identification of a synchronous double star machine terrien@esa-igelec.univ-nantes.fr 982
Thompson D. Intelligent control of A.C. servo motors d.s.thompson@dundee.ac.uk 1047
Tirnovan R., Munteanu R., Balan H., Botezan A. Contribution to the computer aided design for magnetic-abrasive finishing equipment Radu.Tirnovan@eps.utcluj.ro 1975
Tiwari A.K., Murthy S.S., Singh B. Design based analysis of two winding capacitor self excited single phase induction generator aktiwari@banaras.ernet.in 2004
Toma C.F., Lähteenmäki J.K., Comparison of optimization algorithms used with finite element analysis for designing high-speed induction motors Fabi.Toma@hut.fi 642
Torii S., Mori Y., Ebihara D. Fundamental investigations on analysis of linear induction motor using the wavelet transform technique torii@ee.musashi-tech.ac.jp 99
Torii S., Oka K., Kajioka M.,Watada M., Ebihara D. A consideration on pull in synchronization and ejection of the mover on the discontinuously arranged transfer system torii@ee.musashi-tech.ac.jp 103
Torrent M., Andrada P. Determination of number of turns in switched reluctance motors mtorrent@ee.upc.es 1578
Traussnigg U., Köfler H. Thermal resistance identification of n-body systems by solving over-determined differential equations traussnigg@ema.tu-graz.ac.at 358
Tsuboi K., Hirotsuka I., Kuroko M., Yamashita K., Mizuno T., Ashikaga T. Optimal pole change operation method of a six-phase pole change induction motor for electric vehicles tsuboi@solan.chubu.ac.jp 714
Tutkun N., Kockar H. Estimates of iron loss coefficients under PWM voltage excitation in various electrical steels tutkun@karaelmas.edu.tr 1305
Tutkun N., Kockar H., Demirci R. Investigation of iron loss under PWM voltage excitation in various size strip-wound toroidal cores tutkun@karaelmas.edu.tr 1102
Ullakko K. Likhachev A., Heczko O., Sozinov A., Jokinen T., Forsman K., Aaltio I. Magnetic shape memory (MSM) -a new way to generate motion in electromechanical drives tapani.jokinen@hut.fi 1195
Utsumi T., Yamaguchi I. Thrust evaluation of linear induction motor based on 3-phase equivalent circuit eputsumi@keyaki.cc.u-tokai.ac.jp 237
Üstün Ö., Tuncay R.N. The analysis and design of a linear actuator with printed circuit armature ustun@elk.itu.edu.tr 1844
Vas P., Rashed M., Joukhadar A.K.M., Zordan M., Duits J., Holweg E. Encoderless motion control systems using smart SKF sensor bearings p.vas@eng.abdn.ac.uk 836
Veerapraditsin C., Barnes M On the design of self-starting, two-phase switched-reluctance motor drives using 'stepped-airgap' starting mchphcv3@fs2.ee.umist.ac.uk 1573
Verma S.S.M., Dawson G.E., Verma S.P. Analytical development and computer simulation of an electric vehicle   553
Verma S.S.M., Dawson G.E., Verma S.P. Fuzzy logic speed control of induction motor drives for electric vehicles   732
Vincent-Viry O., Mailfert A. New structures of superconducting coils for energy storage ovincent@ensem.inpl-nancy.fr 654
Viorel I.A., Henneberger G., Tomescu I., Vintiloiu I. A new approach to the computation of the switched reluctance motor dynamic behavior ioan.adrian.viorel@mae.utcluj.ro 1605
Vivier S., Hecquet M., Brochet P. Optimisation of a linear eddy current brake using designs of numerical experiments vivier@ec-lille.fr 1785
Vulturescu B., Bouscayrol A., Guillaud X., Ionescu F., Hautier J.P. Behaviour model control of a DC machine bvulture@stat.conv.pub.ro 427
Wakiwaka H., Ezawa M., Kato H., Ito H., Fukuda N., Matsuhiro K. New miniature and thin linear oscillatory actuators using little electricity for cellular phones wakiwak@gipwc.shinshu-u.ac.jp 467
Wamkeue R., Kamwa I. Saturated electromechanical transients based maximum likelihood identification of double-cage induction generator parameters rene.wamkeue@uqat.uquebec.ca 286
Wang C., Xia J., Cui J., Zhou M., Yu D. Adaptive neural network speed controller based on-line identification and compensation of parameters of linear permanent magnet synchronous motor xiajk@sypu.edu.cn 1205
Wang M., Levi E. Experimental tuning of a MRAS based speed estimator for sensorless vector controlled induction motor drives eeemwang@yahoo.com 822
Wang X., Yuan S., Jiao L., Wang Z. Dynamic mathematical model of a permanent magnet linear synchronous motor wangxd@jzit.edu.cn 90
Williamson S., Sambath H.P. Induction motor efficiency measurement ProfSWilliamson@cs.com 1115
Wolbank T.M., Wöhrnschimmel R., Mory-Diakite M., Hauser H. A model to determine the transient behaviour of ferromagnetic materials in inverter-fed electrical machines Thomas.wolbank@tuwien.ac.at 1666
Xia D. Automatic generation of finite element program for the calculation of magnetic field and eddy current in electrical machines HFPM@163bj.com 1638
Xiaohong L. Optimum designs of induction motors for electromobile drives   1633
Yamazaki K. Direct circuit parameter calculation from electromagnetic fields of induction motors using 3D finite element method yamazaki@pf.it-chiba.ac.jp 213
Yan D., Hu M. The finite element method of computing exact inductance in squirrel cage induction motor djxk@seu.edu.cn 5
Yoshida K., Takami H., Fujii A. A proposal of sensorless propulsion-control of PM LSM in mass-reduced-mode yoshida@ees.kyushu-u.ac.jp 81
Yoshida K., Yoshida T., Hayashi K., Takami H. Decoupled control of levitation and propulsion in SLIM experimental Maglev vehicle yoshida@ees.kyushu-u.ac.jp 228
Yuan H., Zhang B., Wan L., Lü Z. Performance calculation of the induction motor with a double-layer rotor zslu@syepi.edu.cn 1335
Yuzawa T., Miki I. An estimation method of initial rotor position for sensorless surface permanent magnet synchronous motor ce99067@isc.meiji.ac.jp 1000
Zadrozny J. (jr) Determination of motor characteristics basing on electromagnetic torque measurements during starting-up jarek.zadrozny@iel.waw.pl 291
Zadrozny J., Zadrozny J. (jr), Wiak S., Welfle H. Field/inductance computation by means of FEM of induction motor dynamic states (for parametric resonance condition) jarek.zadrozny@iel.waw.pl 36
Zahawi B.A., Refoufi L. Detailed analysis of harmonic effects in the static Kramer drive zahawi@man.ac.uk 41
Zhang B., Wang F., Feng G., Yuan H., Deng J., Zhang X. Analysis and design of a transformer with medium frequency square wave voltage inverter power supply zhangfgh@mail.sy.ln.cn 111
Zhang H., Zhang K., Kang Y., Chen J. AC variable speed drives based on fuzzy control zhanghui200@hotmail.com 1075
Zhang X., Chen Y. High performance SPWM frequency converter three-phase cage induction motor's synchronous modulation variable frequency speed regulation system zhangxy@tyutsvr.tyut.edu.cn 728
Zhou F., Li W., He L., Ma H., Wang G. Simulation of transient process of a 600MW turbogenerator by nonlinear transient electromagnetic field methods f.zhou@yeah.net 995
Zidan H., Fujii S., Hanamoto T., Tsuji T. A speed sensorless vector control system for IM valid for all speeds hasan@tsujilab.ele.kyutech.ac.jp 933
Zouaghi T., Ellouze N., Poloujadoff M. A fault detection method in rectified polyphase synchronous machines with rotating diodes t.zouaghi@enit.rnu.tn 1120