5-8 SEPTEMBRE/SEPTEMBER 1994Palais des Congres

Paris, France

CONFiiiMCE INTERNATIONALESUR LIS MACHINES ELECTRIQUES

OH ELsCTRiCALCQNFif t iMCi

MACHINES

UB/TIB Hannover 89112 422 047

TOME I

CONFERENCES INVITEES

1.1 V1 p. 1Mode'lisation de moteurs a induction par la mGthodedes e'le'ments finisWILLIAMSON S., UNIVERSITY OF CAMBRIDGE,ROYAUME UNI

1.2 V1 p. 9Applications industrielles des grands entrainements kVitesse variableDHERS J., CEGELEC, Belfort, FRANCE

1.3 V1 p. 20Micromoteurs et actionneurs • Technologies etcaracteristiquesHANITSCH R., TU BERLIN, ALLEMAGNE

1.4 V1 p. 28Developpements techniques conduits par la CIGREdans le domaine des machines electhques - RelationCIGRE/lndustrie/Universite'HODGE J.M., CIGRE, ROYAUME UNIHEROUARD M., EDF, Paris La Defense, FRANCE

A1 MACHINES ASYNCHRONES (1)

A1.1 V1p.35Influence de I'excentricite sur le couple d'un moteurasynchrone a cageDORRELL David G., THE ROBERT GORDONUNIVERSITY, Aderdeen, ROYAUME UNI

A1.2 V1 p. 41Mode'lisation de la machine asynchrone lors dedefauts d'alimentationTHIRINGER TorbjOrn, CHALMERS UNIVERSITY OFTECHNOLOGY, Goteborg, SUEDE

A1.3 V1p.47Augmentation du rendement de moteur asynchronerapide A rotor massifPYRHONEN Juha, KURRONEN Panu,LAPPEENRANTA UNIVERSITY OF TECHNOLOGY,FINLANDE

A1.4Moteur £ induction avec des barres ferromagne'tiquesLUO Yingli, WANG Yanping, SHEN Jinfeng, LI Weili,HARBIN INSTITUTE OF ELECTRICALTECHNOLOGY, R.P. CHINE

A1.5 V1p. 53Influence de la dissym4trie magne'tique dans unmoteur asynchrone rapide a rotor excentre"ARKKIO A., LINDGREN O., HELSINKI UNIVERSITYOF TECHNOLOGY, Espoo, FINLANDE

VOLUME I

INVITED PAPERS

1.1 V1 p.Induction motor modelling using finite elementsWILLIAMSON S.. UNIVERSITY OF CAMBRIDGE,UNITED KINGDOM

I.2 V1 p. 9Industrial applications of large adjustable speed drivesDHERS J., CEGELEC, Belfort, FRANCE

1.3 V1 p. 20Micromotors and actuators - Technologies andcharactristicsHANITSCH R., TU BERLIN, GERMANY

1.4 V1 p. 28Technical developement conducted by CIGRE in thefield of electrical machines - Involvement of industryand universitiesHODGE J.M., CIGRE, UNITED KINGDOMHEROUARD M., EDF, Paris La Defense, FRANCE

A.1 INDUCTION MACHINES (1)

A1.1 V1p.35The influence of rotor eccentricity on the output torqueof cage induction motorsDORRELL David G., THE ROBERT GORDONUNIVERSITY, Aderdeen, UNITED KINGDOM

A1.2 VI p. 41Modelling of the induction machine for supply voltagedisturbancesTHIRINGER TorbjOrn, CHALMERS UNIVERSITY OFTECHNOLOGY, Goteborg, SWEDEN

A1.3 V1p.47Increasing the efficiency of high-speed solid-rotorinduction machinesPYRHONEN Juha, KURRONEN Panu,LAPPEENRANTA UNIVERSITY OF TECHNOLOGY,FINLAND

A1.4Induction motor with ferromagnetic barsLUO Yingli, WANG Yanping, SHEN Jinfeng, LI Weili,HARBIN INSTITUTE OF ELECTRICALTECHNOLOGY, P.R. CHINA

A1.5 V1p. 53Unbalanced magnetic pull in a high-speed inductionmotor with an eccentric rotorARKKIO A., LINDGREN O., HELSINKI UNIVERSITYOF TECHNOLOGY, Espoo, FINLAND

B1.1 V1p. 59Predetermination des performances en regimepermanent d'un moteur a reluctance variable enutilisant M.I.F-MEI quadratiques en regime Iin6aireOMEKANDA Avoki, BROCHE Christian, CRAPPEMichel, BALAND Rene\ FACULTE POLYTECHNIQUEDE MONS. BELGIQUE

B1.2 VI p. 65Etude comparative de machines eiectriques rapides:conception dun moteur synchrone a reluctanceVIVES FOS Rafael, UNIVERSIDAD POLITECNICADE VALENCIA, ESPAGNECHEKOU Sufyan, ALLANO Sylvain, LESiR. Cachan,FRANCE

B1.3 V1p.71Fonctionnement unipolaire d'actionneurs a reluctancevariable autocommutes a enroulements a pas diametralBARRASS P.G.. MECROW B.C.. CLOTHIER A C ,UNIVERSITY OF NEWCASTLE UPON TYNE,ROYAUME UNI

B1.4Excitation avec avance de phase pour les machines areluctance variable a grande vitesseRUCKSTADTER Eric J., SPYKER Russel L, U.S. AIRFORCE WRIGHT LABORATORY, Wright-Patterson,USAXU Longya, THE OHIO STATE UNIVERSITY,Colombus, USA

B1.5 V1p.77Nouveau moteur a reluctance variable & faible coutJULIAN A., LIPO T.A., UNIVERSITY OFWISCONSIN-MADISON, USAOMETTO A., UNIVERSITY OF LAQUILA, Poggio diRoio, ITALIE

C.1 ENTRAINEMENTS

C1.1 V1p. 80Etude des probiemes concrets lies aux entrainementsalternates a basse vitesseANTIC D., KLAASSENS J.B., DELEROI W., DelftUniversity of Technology, Delft, PAYS BAS

C1 2 V1 p. 85Tests compares des entrainements a vitesse variable£ base de moteurs asynchrones et de moteurs adouble alimentationSPEE R.. WALLACE A.K.. BHOMIK S , OREGONSTATE UNIVERSITY, Cofvallis, USABRUNE C, THE BLACK & DECKER Corp., Towson,USA

C13 V1p.91Entrainements fiables pour applications aerospatialesJACK A.G., MECROW B.C., UNIVERSITY OFNEWCASTLE UPON TYNE. ROYAUME UNIMASTERMAN J.M., LUCAS AEROSPACE,Cheltenham, ROYAUME UNI

B1.1 V1p. 59Prediction of the steady state performance of theswitched reluctance motor using quadratic BIEM-FEMfield solutions in the linear modelOMEKANDA Avoki, BROCHE Christian, CRAPPEMichel, BALAND Rene, FACULTE POLYTECHNIQUEDE MONS, BELGIUM

B1.2 V ip . 65A comparative study of high speed electricalmachines: Design of a synchronous reluctance motorVIVES FOS Rafael, UNIVERSIDAD POLITECNICADE VALENCIA, SPAINCHEKOU Sufyan, ALLANO Sylvain, LESiR, Cachan,FRANCE

B1.3 V1p.71The unipolar operation of fully pitched windingswitched reluctance drivesBARRASS P.G., MECROW B.C., CLOTHIER A.C.,UNIVERSITY OF NEWCASTLE UPON TYNE,UNITED KINGDOM

B1.4Phase advance excitation of high speed switchedreluctance machinesRUCKSTADTER Eric J., SPYKER Russel L, U.S. AIRFORCE WRIGHT LABORATORY, Wright-Patterson,USAXU Longya, THE OHIO STATE UNIVERSITY,Colombus, USA

B1.5 V1p.77A novel low cost variable reluctance motor driveJULIAN A., LIPO T.A., UNIVERSITY OFWISCONSIN-MADISON, USAOMETTO A., UNIVERSITY OF LAQUILA, Poggk) diRoio, ITALY

C.1 DRIVES

C1.1 V1p. 80A study of practical problems related to low-speedAC-drivesANTIC D., KLAASSENS J.B., DELEROI W., DelftUniversity of Technology, Delft, THE NETHERLANDS

C1.2 V1p.85Comparison testing of equivalent induction motor andbrushless doubly-fed motor adjustable speed drivesSPEE R., WALLACE A.K., BHOMIK S., OREGONSTATE UNIVERSITY, Corvallis, USABRUNE C. THE BLACK & DECKER Corp., Towson,USA

C1.3 Vip.91Safety critical drives for aerospace applicationsJACK A.G., MECROW B.C., UNIVERSITY OFNEWCASTLE UPON TYNE, UNITED KINGDOMMASTERMAN J.M., LUCAS AEROSPACE,Cheltenham, UNITED KINGDOM

C1.4 V1 p. 97Contrdle optimal de la compensation s6rie pourI'amelioration maximale de la stability et deI'amortissement des r6seauxGAVRILOVIC M.M., MENEMENLIS N., McGILLUNIVERSITY, Montreal, CANADA

C1.5 V1 p. 103Machines eiectriques contrdlables (modes defonctionnement, decisions techniques, bis decommande)SHAKARIAN Yu, VINITSKY Yu, RUSSIANELECTRIC POWER RESEARCH INSTITUTE VNIIE,Moscow, RUSSIE

D.1 MACHINES ASYNCHRONES

D1.1Conception de machines a induction fonctionnant enmoteur et en gen6rateur. Application: machineseiectriques pour automobilesKITTANEH Omar, BIRZEIT UNIVERSITY, Birzeit,ISRAEL

D1.2 V1p. 106Synthese du dimensionnement des moteursasynchronesSINHA Ujjwal, KIRTLEY James L. Jr, MIT,Cambridge, USA

D1.3 V1p. 112Amelioration du couple de demarrage dun moteurasynchroneCHANG LkJChen, HUANG Hong, UNIVERSITY OFNEW BRUNSWICK, Frederteton, CANADA

D1.4 V1p. 118Circuit equivalent et performances d'un moteurasynchrone a cage comportant neuf phasesDRO2DOWSKI Piotr, CRACOW UNIVERSITY OFTECHNOLOGY, Krakow, POLOGNE

D1.5 V1p. 124Caract6ristiques dun moteur asynchrone monophasede structure discoidale deduites d'un modeletridimensionnelMENDRELA E.A., BROL L, MENDRELA EM.,TECHNICAL UNIVERSITY OF CZESTOCHOWA,POLOGNE

D1.6 V1p. 311Voir A2.5

D1.7 V1 p. 128Performances d'un moteur asynchrone alimente enmode de division de frequenceRASOANARIVO I., FARID M., SAADATE S., DAVATB., GREEN-ENSEM-INPL, Vandoeuvre-les-Nancy,FRANCE

D1.8 V1p. 133Influence de la saturation sur les inductances defu&es d'un moteur asynchroneNING Yuquan, ZHONG Changing, SHAO Keran.HUAZHONG UNIVERSITY OF SCIENCE &TECHNOLOGY, Wuhan, Hubei, R.P. CHINE

C1.4 V1p.97Optimal control of series compensation for maximumimprovement of system stability and dampingGAVRILOVIC MM.. MENEMENLIS N.. McGILLUNIVERSITY, Montreal, CANADA

C1.5 VI p. 103Controllable electrical machine (modes of operation,technical decisions, control laws)SHAKARIAN Yu, VINITSKY Yu, RUSSIANELECTRIC POWER RESEARCH INSTITUTE VNIIE.Moscow, RUSSIA

D.1 INDUCTION MACHINES

D1.1Design of induction machine to operate in bothmotoring and generating modes • Case study:automobiles electrical machinesKITTANEH Omar, BIRZEIT UNIVERSITY, Birzeit,ISRAEL

D1.2 VI p. 106Design synthesis of induction motorsSINHA Ujjwal, KIRTLEY James L. Jr, MIT,Cambridge. USA

D1.3 V ip . 112Improvement to the starting characteristic of inductionmotor drivesCHANG Liuchen, HUANG Hong, UNIVERSITY OFNEW BRUNSWICK, Fredericton, CANADA

D1.4 V1p. 118Equivalent circuit and performance characteristics of9-phase cage induction motorDROZDOWSKI Piotr, CRACOW UNIVERSITY OFTECHNOLOGY. Krakow, POLAND

D1.5 V1 p. 124Characteristics of a single-phase induction disc-motorderived in 3-D modelMENDRELA E.A., BROL L, MENDRELA EM.,TECHNICAL UNIVERSITY OF CZESTOCHOWA,POLAND

D1.6 V ip . 311See A2.5

D1.7 V1p. 128Performance of induction motor fed by a frequencydivision supplyRASOANARIVO I., FARID M., SAADATE S., DAVATB., GREENENSEM-INPL, Vandoeuvreles-Nancy,FRANCE

D1.8 Vip.133Saturation effects in three-phase induction motorsNING Yuquan, ZHONG Changqing. SHAO Keran,HUAZHONG UNIVERSITY OF SCIENCE &TECHNOLOGY. Wuhan, Hubei. P.R. CHINA

D1.9 V1p.3O6VoirA2.4

D1.10 V1p.138Moteurs a induction monophases avec commutateurde demarrage eiectroniqueSMITH A.C.. WONG K.B.A., UNIVERSITY OFCAMBRIDGE, ROYAUME UNI

D1.11 V1p.47VoirA1.3

MACHINES A AIMANTSPERMANENTS

D2.1 V1 p. 144Meddle couple du moteur synchrone a aimantspermanents. Application au moteur SiemosynDONSION Manuel P., MANZANEDO J.F., IGLESIASC, UNIVERSIDAD DE VIGO, ESPAGNE

D2.2 V1 p. 148Conception 3D par la methode des elements finis depetits moteurs a aimants permanents sans balais destructure discoideHENNEBERGER S., VAN DESSEL M., BELMANS R.,KU LEUVEN, BELGIQUE, HANITSCH R., TUBERLIN, ALLEMAGNE

D2.3 V1 p. 154Reaction magnetique d'induit d'une machine aaimants permanents de forte puissance alimentee parconvertisseurLOBOSCO Orlando, JORDAO R.G., Universidade deS3o Paulo, BRESIL

02.4 V1 p. 159Calcul de moteurs synchrones avec aimantspermanents terres rares months en surfaceGIERAS J.F., WING M., University of Cape Town,AFRIQUE DU SUD

D2.6 V1 p. 165Determination des inductances differentielles d'unmoteur synchrone a aimants permanentsTEIXEIRA J.C., CHILLET C , YONNET J.P.,LABORATOIRE D'ELECTROTECHNIQUE DEGRENOBLE, FRANCETEIXEIRA J.C., INSTITUTO DE PESQUISASTECNOLOGICAS DE SAO PAULO, BRAZIL

D2.7 V1 p. 169Optimisation de la connexion des neutres isoies d'unemachine synchrone a aimants permanentsmultiphas6e multietoiieeCLENET S., ASTIER S., LEFEVRE Y., LAJOIE-MAZENC M., ENSEEIHT,Toulouse, FRANCE

D2.8 V1 p. 175Comparaison de deux configurations dentaires demachines discoides a aimants permanents utilisantune approche cellulaireBEN AHMED A., LESiR, Cachan, FRANCE

D1.9 V1p. 306See A2.4

D1.10 V1p. 138Single-phase induction motors with electronic startswitchSMITH A.C., WONG K.B.A., UNIVERSITY OFCAMBRIDGE, UNITED KINGDOM

D1.11 V1p.47SeeAL3

D.2 PERMANENT MAGNET MACHINES

D2.1 V1 p. 144Coupled model of the interior type permanent magnetsynchronous motor. Application to a Siemosyn motorDONSION Manuel P., MANZANEDO J.F., IGLESIASC, UNIVERSIDAD DE VIGO, SPAIN

D2.2 VI p. 148Design of a Small brushless disc-type motor withpermanent using 3D finite elementsHENNEBERGER S., VAN DESSEL M., BELMANS R.,KU LEUVEN, BELGIUMHANITSCH R., TU BERLIN. GERMANY

D2.3 V1 p. 154Armature reaction of large converter-fed permanentmagnet motorLOBOSCO Orlando, JORDAO R.G., Universidade deSao Paulo, BRAZIL

02.4 V1 p. 159Design of synchronous motors with rare-earth surfacepermanent magnetsGIERAS J.F., WING M., University of Cape Town,REPUBLIC OF SOUTH AFRICA

D2.6 V1 p. 165Determination of the differential inductance in a solidiron permanent magnet synchronous motorTEIXEIRA J.C., CHILLET C, YONNET J.P.,LABORATOIRE D'ELECTROTECHNIQUE DEGRENOBLE, Saint-Martin d'Heres, FRANCETEIXEIRA J.C., INSTITUTO DE PESQUISASTECNOLOGICAS DE SAO PAULO, BRAZIL

D2.7 VI p. 169Optimization of the insulated neutral connexions of apolyphase polystar permanent magnet machineCLENET S., ASTIER S., LEFEVRE Y., LAJOIE-MAZENC M., ENSEEIHT,Toulouse, FRANCE

D2.8 V1 p. 175Comparison of two multidiscoidal configurations ofPM synchronous machines using an elementaryapproachBEN AHMED A.. LESiR, Cachan, FRANCE

D2.9 V1 p. 181Alternateur isoie a aimants permanents avec saillanceinverseeCHALMERS Brian, AL-BADI A.H., UMIST,Manchester, ROYAUME UNI

D2.10 V1 p. 185Machines synchrones avec des aimants permanentset effets de reluctance au rotorGOSDEN D.F., UNIVERSITY OF SYDNEY,AUSTRALIACHALMERS B.J., MUSABA L, UMIST, Manchester,ROYAUME UNI

D.3 ENTRAINEMENTS

D3.1 V1 p. 190Contrdle des servomoteurs a aimants permanentsbase surI'approche geometrique differentielleGRCAR B., CAFUTA Peter, ZNIDARIC M., DOLINARD., UNIVERSITY OF MARIBOR, SLOVENIE

D3.2 V1 p. 195Entrainements sans balais et entrainements parmoteurs asynchrones utilisant une alimentation entension utilisant un contrdle de courant predictifDEL PIZZO A., PERFETTO A., UNIVERSITA DlNAPOLI "Federico II", ITALIEATTAIANESE C, UNIVERSITA Dl CASSINO, ITALIEMARONGIU I., UNIVERSITA Dl CAGLIARI, ITALIE

D3.3 V1 p. 199Procedure de dimensionnement d'une machine adouble alimentation a vitesse variableWALLACE Alan K., SPEE Ren6, OREGON STATEUNIVERSITY, Corvallis, USAALAJMI Abdulhadi, SAUDI ARAMCO OIL COMPANY,Dhahyah, ARABIE SAOUDITE

D3.4 V1 p. 204Moteur eiectrique et sa commande pour un treuild'6quipement de forageGAZEL-ANTHOINE G., DOUSSAU G.,PLATEFORMES ET STRUCTURES OCEANIQUES,Rueil-Malmaison, FRANCECOURAULT J., CEGELEC, Massy, FRANCEMEUNIER M.? SUPELEC, Gif-sur-Yvette, FRANCE

D3.5 V1 p. 209Commande maitre-esclave pour un robot a tractionasynchrone alimente par un onduleur Mil a 4 brasBOUSCAYROL Alain, PIETRZAK-DAVID Maria, DEFORNEL Bernard, ENSEEIHT-LEEI, Toulouse,FRANCE

D3.6 V1 p. 215Modeiisation d'un servomoteur alimente par unconvertisseur a facteur de puissance unitaireSINGH B.N., SINGH Bhim,, SINGH B.P., INDIANINSTITUTE OF TECHNOLOGY, New-Delhi, INDE

D3.7 V1 p. 220Contrdle par avance de phase d'un entrainementsynchrone alimente en courantBAUSCH H., ZENG W., KANELIS K., UNIVERSITATDER BUNDESWEHR MUNCHEN, ALLEMAGNE

D2.9 V1 p. 181Isolated permanent-magnet alternator with inversesaliencyCHALMERS Brian, AL-BADI A.H., UMIST,Manchester, UNITED KINGDOM

D2.10 V1 p. 185Synchronous machines with permanent magnet andreluctance rotor sectbnsGOSDEN D.F., UNIVERSITY OF SYDNEY,AUSTRALIACHALMERS B.J., MUSABA L, UMIST, Manchester,UNITED KINGDOM

D.3 DRIVES

D3.1 V1 p. 190Permanent AC servodrive control based ondifferential geometric approachGRCAR B., CAFUTA Peter, ZNIDARIC M., DOLINARD., UNIVERSITY OF MARIBOR, SLOVENIA

D3.2 V1 p. 195Predictive VSI current controllers in PM brushless andinduction motor drivesDEL PIZZO A., PERFETTO A., UNIVERSITA DlNAPOLI "Federico II", ITALYATTAIANESE C, UNIVERSITA Dl CASSINO, ITALYMARONGIU I., UNIVERSITA Dl CAGLIARI, ITALY

D3.3 V1 p. 199A design procedure for the brushless doubly-fedmachine adjustable speed driveWALLACE Alan K., SPEE Rene, OREGON STATEUNIVERSITY. Corvallis, USAALAJMI Abdulhadi, SAUDI ARAMCO OIL COMPANY,Dhahyah, SAUDI ARABIA

D3.4 V1 p. 204Electrical motor and its control for a drawworks in oildrilling equipmentsGAZEL-ANTHOINE G., DOUSSAU G.,PLATEFORMES ET STRUCTURES OCEANIQUES,Rueil-Malmaison, FRANCECOURAULT J., CEGELEC, Massy, FRANCEMEUNIER M., SUPELEC, Gif-sur-Yvette, FRANCE

D3.5 V1 p. 209Master-jlave strategy for asynchronous robotpropulsion set fed by four-legged PWM inverterBOUSCAYROL Alain, PIETRZAK-DAVID Maria, DEFORNEL Bernard, ENSEEIHT-LEEI, Toulouse,FRANCE

D3.6 V1 p. 215Modeling of a vector controlled AC servo drive fedfrom unity power factor converterSINGH B.N., SINGH Bhim., SINGH B.P., INDIANINSTITUTE OF TECHNOLOGY, New-Delhi, INDIA

D3.7 VI p. 220Feed-forward control of current excited synchronousdrivesBAUSCH H., ZENG W., KANELIS K., UNIVERSITATDER BUNDESWEHR MUNCHEN, GERMANY

D3.9 V1 p. 226Conception d'un entrafnement alimente par batteriepour v6hicule eiectriqueEL-KHAZENDAR M.A., SULTAN QABOOSUNIVERSITY, Muscat, SULTANAT D'OMAN

D3.10 V1 p. 232Modeiisatton coupl6e eiectrique-magnetique d'unentrafnement pour voiture eiectriqueKLADAS A.G., MANIAS S.N., TEGOPOULOS J.A.,KANDIANIS AT., NATIONAL TECHNICALUNIVERSITY OF ATHENS, GRECE

03.11 V1p. 235Machine synchrone autopilotee liableLEGROS W., COMBLIN B., UNIVERSITY OF LIEGE,BELGIQUE

D3.12 V1 p. 240Commande vectorielle d'moteur asynchrone pourvehicule eiectrique avec un microcontrdleur simpleFAUR A., JORDA X., RETIF J.M., ALLARD B.,CEGELY-ECPA, Villeurbanne, FRANCE

03.14 V1 p. 246Contrdle de position entierement numerique d'unmoteur lineaire a induction avec un investissementmateriel minimalJANKE C . GENS W., BERGER G., UNIVERSITY OFILMENAU, ALLEMAGNE

D3.15 V1 p. 251Machine a reluctance variable a aimants permanentspour vehicule eiectriqueLLIBRE J.F., MATT D.. UNIVERSITE DEMONTPELLIER, FRANCE

D3.17 V1 p. 347VoirC2.4

D3.18 VI p. 257Analyse de la strategic de contrdle d'un entrainementasynchrone alimente par un hacheur triphase a MLIHUNYAR M., SCHMIDT I., VESZPREMI K., MOLNART., TECHNICAL UNIVERSITY OF BUDAPEST,HONGRIEGAL J., GANZ-ANSALDO, Budapest, HONGRIE

D3.19 V1 p. 263Performance et foncttonnement d'un moteursynchrone autopilote en considerant la saturationMANOLIU Vasile, UNIVERSITY OF BUCHAREST,ROUMANIE

D3.20 V1 p. 267Comportement de machines synchrones avecbobinage statorique triphase simple ou doublealimente par un convertisseur a 12 impulsionsIVARSON C , TOADER S., ABB CORPORATERESEARCH, Vasteras, SUEDEALASUVANTO T., HIETALAHTI L, ABB INDUSTRY,Helsinki, FINLANDEHEIL J., ABB POWER GENERATION, Baden,SUISSE

D3.9 V1 p. 226A battery-supplied traction drive for electric vehiclesEL-KHAZENDAR M.A., SULTAN QABOOSUNIVERSITY, Muscat, SULTANATE OF OMAN

D3.10 V1 p. 232Coupled electric-magnetic modelling of an AC drivefor electrical vehicleKLADAS A.G., MANIAS S.N., TEGOPOULOS J.A.,KANDIANIS AT., NATIONAL TECHNICALUNIVERSITY OF ATHENS, GREECE

03.11 V1p. 235Reliable thyristor converter-fed synchronous motorLEGROS W., COMBLIN B., UNIVERSITY OF LIEGE,BELGIUM

D3.12 V1 p. 240Vector control for electrical car induction motor driveusing a common microcontrollerFAUR A., JORDA X., RETIF J.M., ALLARD B.,CEGELY-ECPA, Villeurbanne, FRANCE

D3.14 VI p. 246Linear induction drive system completely digitialposition controlled with minimal hardware investmentJANKE C . GENS W., BERGER G., UNIVERSITY OFILMENAU, GERMANY

D3.15 VI p. 251Vernier reluctance magnet machine for elecric vehicleLLIBRE J.F., MATT D., UNIVERSITE DEMONTPELLIER, FRANCE

D3.17 V1 p. 347See C2.4

D3.18 VI p. 257Analysis of control strategy of energy-saving inductionmotor drive fed by three-phase PWM AC chopperHUNYAR M., SCHMIDT I., VESZPREMI K., MOLNART., TECHNICAL UNIVERSITY OF BUDAPEST,HUNGARYGAL J., GANZ-ANSALDO, Budapest, HUNGARY

D3.19 V1 p. 263Performance and operation of self-controlledsynchronous motor considering saturationMANOLIU Vasile, UNIVERSITY OF BUCHAREST,ROMANIA

D3.20 V1 p. 267Synchronous machines with single or double 3-phasestar-connected winding fed by 12-pulse loadcommutated inverter. Simulation of operationalbehaviour.IVARSON C . TOADER S., ABB CORPORATERESEARCH, Vasteras, SWEDENALASUVANTO T., HIETALAHTI L, ABB INDUSTRY,Helsinki. FINLANDHEIL J., ABB POWER GENERATION, Baden,SWITZERLAND

D3.21Analyse des techniques de contrdle vectoriel pour lesentrafnements asynchrones a double alimentationESKANDER M.N., ELECTONICS RESEARCHINSTITUTE, Cairo, EGYPTE

D.4 ENSEIGNEMENT

D4.2 V1 p. 273Nouvelle approche pedagogique de I'etude desharmoniques dans les machines eiectriquesVAZ GUEDES Manuel, FACULDADE DEENGENHARIA DA UNIVERSIDADE DO PORTO,PORTUGAL

D4.3 V1 p. 278Un systeme expert pour revaluation desperformances et /'analyse de stability des machines areluctance variable prenant en compte les hypotheseschoisies et les parametres de la machine. Applicationa I'EAOZOUAIDI Ali, SCHOORENS Henry, LEEP-ECOLEDES MINES, Douai, FRANCE

D4.4 V1 p. 282Mise en oeuvre et simulation d'une commande MLIpour moteur asynchrone £ des fins d'enseignement etde rechercheGOYET R., NASR C, LABORATOIRED'ELECTROTECHNIQUE, Orsay, FRANCE

A.2 MACHINES ASYNCHRONES (2)

A2.1 V1 p. 288Analyse de renergie dans le processus transitoired'un entrainement a moteur synchrone avecorientation du champVESZPREMI Karoly, TECHNICAL UNIVERSITY OFBUDAPEST, HONGRIE

A2.2 V1 p. 294Circuits equivalents du moteur asynchrone.Determination des caracteristiques desynchronisation et de coupleHARRIS M.R., UNIVERSITY OF SOUTHAMPTON,ROYAUME UNIBARSOUM N.N., UNIVERSITY OF ALEXANDRIA,EGYPTE

A2.3 V1 p. 300Interaction des harmoniques pairs d'un moteurasynchrone alimente par convertisseurNEE Hans-Peter, KTH, EKC/EMD, Stockholm,SUEDE

A2.4 V1 p. 306Influence de I'espace bane encoche sur I'effet depeau dans les rotors a cageWILLIAMSON S., MUELLER M.A., UNIVERSITY OFCAMBRIDGE, ROYAUME UNI

D3.21Analysis of vector control techniques for double fedinduction motor drivesESKANDER M.N., ELECTONICS RESEARCHINSTITUTE, Cairo, EGYPT

D.4 TEACHING

D4.2 V1 p. 273Undergraduate teaching of electrical machinesharmonicsVAZ GUEDES Manuel, FACULDADE DEENGENHARIA DA UNIVERSIDADE DO PORTO,PORTUGAL

D4.3 VI p. 278An expert system for performance evaluation andtransient stability analysis of reluctance machinesbased on parameters values and hypotheses :application to computer-aided-educationZOUAIDI Ali, SCHOORENS Henry, LEEP-ECOLEDES MINES, Douai. FRANCE

D4.4 V1 p. 282Implementation and simulation of a PWM drive ofinduction motor for teaching and studying purposesGOYET R., NASR C, LABORATOIREDELECTROTECHNIQUE, Orsay, FRANCE

A.2 INDUCTION MACHINES (2)

A2.1 V1 p. 288Energy analysis of induction motor drive transientprocess with field orientationVESZPREMI Karoly, TECHNICAL UNIVERSITY OFBUDAPEST, HUNGARY

A2.2 V1 p. 294Alternative f/b equivalent circuits for the inductionmotor, and relation to synchronising and dampingtorque coefficientsHARRIS MR., UNIVERSITY OF SOUTHAMPTON,UNITED KINGDOMBARSOUM N.N., UNIVERSITY OF ALEXANDRIA,EGYPT

A2.3 V1 p. 300The interaction of pair harmonics of inverter-fedinduction motors with iron bridges in the rotorNEE Hans-Peter, KTH, EKC/EMD, Stockholm,SWEDEN

A2.4 V1 p. 306Effect of bar-to-slot clearance on skin effect in cagerotorsWILLIAMSON S., MUELLER M.A., UNIVERSITY OFCAMBRIDGE, UNITED KINGDOM

A2.5 V1p.311Etude du moteur a induction avec la methode deselements finis en complexe et en pas a pas dans letempsYAHIAOUI A., BOUALEM B., BOUILLAULT F.,PIRIOU F., LGEP - SUPELEC, Gif-sur-Yvette,FRANCE

MACHINES A AIMANTSPERMANENTS

B2.1 V1 p. 316Comparaison des machines synchrones a aimantspermanents a pdles lisses et a pdles saillantsdestines aux entrafnements de forte puissanceANDRESEN E. Ch., KELLER R., TECHNISCHEHOCHSCHULE, Darmstadt, ALLEMAGNE

B2.2 V1 p. 322Stabilisations des generateurs synchrones a bassevitesse a aimants permanents par amortissementmecaniqueCATTO G., WILLIAMSON A.C., UMIST, Manchester,ROYAUME UNISPOONER E., DURHAM UNIVERSITY, ROYAUMEUNI

B2.3Comparaison des caractehstiques de moteurs aaimants permanents avec differents parametres pourfonctionnement avec affaiblissement du champYIN Huajie, JIN Zhenrong, LIN Jinming, HUAZHONGUNIVERSITY OF SCIENCE AND TECHNOLOGY,Wuhan, R.P. CHINE

B2.4 V1 p. 327Calcul des inductances des moteurs sans balais aaimants permanents montes en surfaceZHU Z.Q., HOWE D., BIRCH T.S.. UNIVERSITY OFSHEFFIELD, ROYAUME UNI

B2.5 V1 p. 333Point de fonctionnement des aimants permanentsdans differentes structures de machines eiectriquesMERLE Remi, YONNET Jean-Paul, TEIXEIRA JulioCarlos, LABORATOIRE ELECTROTECHNIQUE DEGRENOBLE, FRANCEDIOP Alioune, BINESTI Didier, EDF-DER, Clamart,FRANCE

C.2 ENTRAINEMENTS POUR LATRACTION ELECTRIQUE

C2.1Nouvelle approche de la conception des moteursasynchrones pour la vitesse variable et lesapplications aux vehicules eiectriquesELKASABGY N.M., Dl PIETRO C, WESTINGHOUSEMOTOR CANADA, Hamilton, CANADA

C2.2 V1 p. 338Entrafnement robuste sans capteur pour vehiculeseiectriquesSCHROEDL Manfred, ELIN Verkehrstechnik, Vienna,AUTRICHE

A2.5 V1 p. 311Induction motor analysis by finite element techniqueusing complex and time-stepping techniquesYAHIAOUI A., BOUALEM B., BOUILLAULT F.,PIRIOU F., LGEP - SUPELEC, Gif-sur-Yvette,FRANCE

B.2 PERMANENT MAGNET MACHINES

B2.1 V1 p. 316Comparing permanent magnet synchronousmachines with cylindrical and salient-pole rotor forlarge power output drivesANDRESEN E. Ch., KELLER R., TECHNISCHEHOCHSCHULE, Darmstadt, GERMANY

B2.2 V1 p. 322Stabilising of slow speed permanent magnetsynchronous generators by means of mechanicaldampingCATTO G., WILLIAMSON A.C., UMIST, Manchester,UNITED KINGDOMSPOONER E., DURHAM UNIVERSITY, UNITEDKINGDOM

B2.3Comparison on characteristics of PMSMs withdifferent prameers for flux-weakening operationYIN Huajie, JIN Zhenrong, LIN Jinming, HUAZHONGUNIVERSITY OF SCIENCE AND TECHNOLOGY,Wuhan, P.R. CHINA

B2.4 V1 p. 327Calculation of winding inductances of brushlessmotors with surface-mounted permanent magnetsZHU Z.Q., HOWE D., BIRCH T.S., UNIVERSITY OFSHEFFIELD, UNITED KINGDOM

B2.5 V1 p. 333Permanent magnet operating conditions in differentstructures of electrical machinesMERLE Remi, YONNET Jean-Paul, TEIXEIRA JulioCarlos, LABORATOIRE ELECTROTECHNIQUE DEGRENOBLE, FRANCEDIOP Alioune, BINESTI Didier, EDF-DER, Clamart,FRANCE

C.2 ELECTRIC TRACTION DRIVES

C2.1New approach to design induction motors for variablespeed drives and electric vehicle applicationsELKASABGY N.M., Dl PIETRO C, WESTINGHOUSEMOTOR CANADA, Hamilton, CANADA

C2.2 VI p. 338Electric vehicle with robust sensorless induction motordriveSCHROEDL Manfred, ELIN Verkehrstechnik, Vienna,AUSTRIA

C2.3 V1 p. 341Optimisation de la strategie de contrdle d'une chainede traction pour vehicule eiectrique £ partir d'uneapproche systemeBARBIER C, LABORATOIRE MIRGAS, Toulouse,FRANCENOGAREDE B., Laboratoire LEEI, Toulouse,FRANCEVERNIERES F., SIEMENS AUTOMOTIVE, Toulouse,FRANCE

C2.4 V1 p. 347Un entrafnement pour un vehicule eiectriquesouterrain avec batterieFULTON N.N., SWITCHED RELUCTANCE DRIVES,Leeds, ROYAUME UNIGREENHOUGH P., BRITISH JEFFREY DIAMOND,ROYAUME UNI

C2.5 V1 p. 351Strategie de contrdle par mode glissant pour unvehicule eiectrique sans bofte de vitesseCARICCHI F., CRESCIMBINI F., Dl NAPOLI Augusto,SANTINI Ezio, UNIVERSITA'DI ROMA "La Sapienza",ITALIE

C2.3 V1 p. 341Optimization of the electric vehicle drive systemcontrol strategy using a global system approachBARBIER C, LABORATOIRE MIRGAS, Toulouse,FRANCENOGAREDE B., Laboratoire LEEI, Toulouse,FRANCEVERNIERES F., SIEMENS AUTOMOTIVE, Toulouse,FRANCE

C2.4 V1 p. 347A drive for an underground battery electric vehicleFULTON N.N., SWITCHED RELUCTANCE DRIVES,Leeds, UNITED KINGDOMGREENHOUGH P., BRITISH JEFFREY DIAMOND,UNITED KINGDOM

C2.5 V1 p. 351A sliding mode control strategy for electrical vehicledrive without differential gearboxCARICCHI F., CRESCIMBINI F., Dl NAPOLI Augusto,SANTINI Ezio, UNIVERSITA'DI ROMA "La Sapienza",ITALY