Verfügbarkeit: Seventh International Conference on Electrical Machines and Drives

Seventh International Conference on Electrical Machines and Drives: 11 - 13 September 1995, University of Durham, UK

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Bibliographische Detailangaben
Körperschaft:	International Conference on Electrical Machines and Drives Durham (VerfasserIn)
Format:	Tagungsbericht Buch
Sprache:	Undetermined
Veröffentlicht:	London Inst. of Electrical Engineers 1995
Schriftenreihe:	Institution of Electrical Engineers: IEE conference publication 412
Schlagworte:	Elektroantrieb Elektrische Maschine Konferenzschrift > 1995 > Durham
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	XIX, 481 S. graph. Darst.

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Datensatz im Suchindex

_version_	1804125574814236672
adam_text	Contents The Institution of Electrical Engineers is not, as a body, responsible for the opinions expressed by individual authors or speakers Page No. ELECTRIC VEHICLE DRIVES I Axial-flux electromagnetic differential induction motor F Caricchi, F Crescimbini and E Santini University of Rome, Italy 6 Calculation and identification of a thermal equivalent circuit of a water cooled induction motor for electric vehicle applications G Henneberger, К Ben Yahia and M Schmitz Institut für Elektrische Maschinen, University of Technology Aachen, Germany II A new simplified thermal model for induction motors for EVs applications G Bellende, L Ferraris and A Tenconi Politecnico di Torino, Italy 16 Design considerations for induction machines for electric vehicle drives A Harson, P H Meilor and D Howe University of Sheffield, UK 21 Improved design for electric vehicles induction motors using optimization procedure Z Zhang, F Profumo and A Tenconi Politecnico di Torino, Italy INDUCTION MACHINES 26 The case for a new generation of high efficiency motors - some problems and solutions D G Walters, I J Williams and D C Jackson Brook Hansen, UK 32 A new approach to AC motor selection and checking N F Ninski Moscow Power Engineering Institute, Russia IV Contents Page No. 37 The customer is always right - improved performance of high speed induction motors C N Glew, G D Le Fiem and J D Walker GEC ALSTHOM Large Machines Ltd, UK 42 Steady state analysis of induction motor with broken rotor bars R Fiser, S Ferkolj and H Soline Laboratory for Electromotors Drives, Slovenia 47 The effects of broken rotor bars on the transient run up of induction machines J Penman and A Stavrou University of Aberdeen, UK 52 Rotor slot design of inverter-fed induction motors Н -P Nee Royal Institute of Technology, Sweden 57 Implementation of finite element analysis in a cage induction motor electrical design program S Williamson University of Cambridge, UK R E Knight and I W White GEC ALSTHOM Large Machines Ltd, Rugby, UK 62 Squirrel cage induction motor end effects using 2D and 3D finite elements R De Weerdt and R Belmans Katholieke Universiteit Leuven, Belgium 67 The influence of rotor skew on unbalanced magnetic pull in cage induction motors with eccentric rotors D G Dorreil The Robert Gordon University, Aberdeen, Scotland, UK 72 Representation of rotor spiders in reduced finite-element models for cage rotors S Williamson and D Gersh University of Cambridge, UK 77 Influence of manufacturing processes on iron losses A C Smith University of Cambridge, UK KEdey GEC ALSTHOM Large Machines Ltd, UK Contents Page No. 82 Calculation of slot harmonic effects in induction motors by finite element method A Canova and С Ragusa Politecnico di Torino, Italy 88 Calculation of iron losses from time-stepped finite-element models of cage induction machines M A Mueller, S Williamson and T J Flack University of Cambridge, UK К Atallah, В Baholo, D Howe and P H Meilor University of Sheffield, UK 93 Computation of harmonic stray losses of induction motors using adaptive time stepping finite element method together with externally coupled circuits S L Ho and W N Fu The Hong Kong Polytechnic University, Hong Kong DC MACHINES 98 A proposed procedure for interpole winding design G M J Parsley University of Pretoria, South Africa C F Landy and A S Meyer University of the Witwatersrand, South Africa 103 The calculation of equaliser currents in a 4.1 MW lap wound DC machine using finite element analysis A Pagel, A S Meyer and C F Landy University of the Witwatersrand, South Africa 107 Slotless-armature DC drives for surface warship propulsion E Spooner University of Durham, UK N Haines and R Bucknall Royal Naval Engineering College, Manadon, Plymouth, UK 111 History and development of non-intrusive electrical testing and assessment of DC traction motor armature condition and reliability during overhaul A Helwig Queensland Rail, Australia VI Contents Page No. ANALYSIS AND SIMULATION 116 Determination of operational parameters of electrical machines using evolutionary programming J T Ma and L L Lai City University, London, UK 121 Finite element modelling of laminated structures in electrical machines M A Timothy and T W Preston GEC ALSTHOM Engineering Research Centre, UK 126 External circuit, movement and periodicity considerations in the design of electrical machines using finite elements N Allen, H C Lai, P J Leonard and D Rodger University of Bath, UK 131 The theoretical investigations and mathematical models of the compulsators E A Lomonova Delft University of Technology, The Netherlands S R Miziurin Moscow State Aviation institute, Russia CONDITION MONITORING 136 Induction motors mechanical failure: influence of the converter on torque pulsation P Calonnec, T Derrey, E Destobbeleer and L Protin LEPII, France 141 Diagnostic characteristics of axial flux in an induction machine W Jarzyna Technical University of Lublin, Poland 147 Acoustic evaluation of faults in electrical machines A Gaylard, A Meyer and С Landy University of the Witwatersrand, South Africa 151 Combined effects of static and dynamic eccentricity on airgap flux waves and the application of current monitoring to detect dynamic eccentricity in 3-phase induction motors D G Dorrei!, W T Thomson and S Roach The Robert Gordon University, Aberdeen, Scotland, UK VII Contents Page No. 156 The current analysis program - a software tool for rotor fault detection in three phase induction motors R Burnett and J F Watson The Robert Gordon University, Aberdeen, UK 161 Slot discharge signal patterns in high voltage machines А С Murray and D G Edwards The Robert Gordon University, UK 166 A DSP based scheme for the on-line monitoring of performance and parameter determination of three phase induction motors H Tabatabaei-Yazdi and С Grantham The University of New South Wales, Australia 171 The application of expert systems to fault diagnosis in alternators A Moyes, G M Burt and J R McDonald Centre for Electrical Power Engineering, University of Strathclyde, UK J R Capener Nuclear Electric pic, UK J Dray and R Goodfellow Parsons Turbogenerators Ltd, UK 176 Detection of faults in induction motors using artificial neural networks S L Ho and K M Lau Hong Kong Polytechnic University, Hong Kong 182 Computerised fault diagnosis of induction motor drives L Szentirmai and A Varadi University of Miskolc, Hungary 187 Electromagnetic field distortion effects on EL CID tests G K Ridley Private Consultant to Adwel Industries Ltd, UK 194 The use of shaft voltage to detect air gap eccentricity and shorted turns in salient pole alternators D R Rankin Eleco Dowding & Mills Ltd, UK I Wilson Sedeo Forex Technical Services Ltd, UK VIII Contents Page No. 198 Shaft voltages caused by alternating flux encircling the shaft J W Pratt Brush Electrical Machines Ltd, UK 203 Rotor monitoring and protection for large generators R H Regan and К Wakeley GEC ALSTHOM Large Machines Ltd, Rugby, UK SPECIAL MACHINES 208 Theory and optimum design of PM vernier motor A Ishizaki, T Tanaka, К Takasaki and S Nishikata Tokyo Denki University, Japan 213 A new electronically-commutated doubly-salient permanent-magnet small motor M M Radulescu, С Martis and К Biro Technical University of Cluj-Napoca, Romania 217 The design of a novel axial air gap hoist motor M Short Morris Cranes, UK D Whitehouse Electrodrives, UK R D White and D C Aldred University of Derby, UK 222 Application of a high speed, high power eddy current coupling on a turbine test stand P Iwanciw and К Ashman Heenan Drives Limited, UK 227 Spherical motor - a three-dimensional position servo L Martins Neto, R M Mendes and D A Andrade University of Uberlândia, Brazil 232 A high efficiency, alignment and vibration tolerant, coupler using high energy-product permanent magnets A Wallace Oregan State University, USA С Wohlgemuth Bonneville Power Administration, USA К Lamb Magna Force Ine, USA IX Contents Page No. 237 Electric motors with heteropolar permanent magnets and homopolar windings: computational study of performance limits M R Harris and G H Pajooman University of Southampton, UK 242 Soft magnetic composite materials - use for electrical machines M Persson and P Jansson Höganäs AB, Sweden A G Jack and В С Mecrow The University of Newcastle Upon Tyne, UK 247 Performance simulation of a high-speed magnetic bearing two-phase drive for special applications L M C Mhango and R Perryman University of Greenwich, UK RELUCTANCE MACHINES 252 Bipolar operation of fully pitched winding switched reluctance drives P G Barrass, В С Mecrow and A C Clothier University of Newcastle, UK 257 Simulation of switched reluctance drive system using a commercially available simulation package N W Phillips, H R Bolton and J D Lewis University of Cardiff, Wales, UK С Pollock and M Barnes University of Warwick, UK 261 Pulsating losses in synchronous reluctance motor D Miljavec, P Jereb and M Popovic University of Ljubljana, Slovenia 266 Design and performance of a high efficiency, 5-phase switched reluctance motor A Michaelides and С Pollock University of Warwick, UK 271 Design of a switched reluctance sector motor for an integrated motor/propeller unit K M Richardson, С Pollock and J O Flower University of Warwick, UK Contents Page No. 276 Optimization analysis of synchronous reluctance motor design F Parasiliti and M Villani University of L Aquila, Italy SYNCHRONOUS MACHINES 281 A high speed alternator for a small scale gas turbine CHP unit Β Ρ James and Β Α Τ AI Zahawi University of Manchester, UK 286 Field calculation and dynamic simulation of a claw-pole alternator G Hennebergerand S Küppers Institut für Elektrische Maschinen, RWTH Aachen, Germany 291 Performance of isolated low speed - high armature reactance synchronous generators with L -С networks R Anbarasu Bhabha Atomic Research Centre, India R Arockiasamy Instrument Design Development Centre, India 296 Analysis of synchronous machines with composite stator cores V I Postni kov Polytechnic Institute of Kiev, Ukraine R J Hill-Cottingham and J F Eastham University of Bath, UK INDUCTION MACHINE DRIVES 301 Compensation for the skin effect in vector controlled induction motor drive systems T J White and J C Hinton University of Reading, UK 306 An adaptive neural network for the estimation of torque and air gap flux signals in the direct field oriented control of an induction motor W P Hew, M R Tamjis and S M Saddique University of Malaya, Malaysia 310 Losses minimization of a field oriented controlled induction machine E Mendes, A Baba and A Razek LGEP, CNRS, Universités Paris VI et XI, ESE, France XI Contents Page No. 315 A fuzzy-controlled speed-sensorless induction motor drive with flux estimators Ρ Vas, A F Stronach and M Neuroth University of Aberdeen, UK 320 Fuzzy controller in AC servo motor drives Th. Lubin, E Mendes and С Marchand LGEP, Universites Paris VI et XI, ESE, France 325 Electric traction drives and public transport development at Ganz Ansaldo G Kara Ganz Ansaldo Electric Ltd, Hungary 333 A harmonie reduction technique for cycloconverter propulsion drives L Juby, R Bucknall and N A Haines Royal Naval Engineering College, Manadon, Plymouth, UK 338 Resonant frequencies in naturally-commutated, converter-fed induction motor drive systems A C Smith University of Cambridge, UK 343 A comparative study of high performance speed control strategies for voltage-sourced PWM inverter-fed induction motor drives I Lüdtke and M G Jayne University of Glamorgan, UK 349 Direct flux and torque control of induction machine for electric vehicle applications D Casadei, G Serra and A Tani Università degli Studi di Bologna, Italy LINEAR MACHINES 354 Modelling of static thrust characteristics of cylindrical linear switched reluctance actuator J Corda and M Wilkinson University of Leeds, UK 359 Kinetic characteristics of cylindrical moving coil linear DC motor for vibrator M Watada, Y Fukuya and D Ebihara Musashi Institute of Technology, Japan T Okada and T Takura Tokyo Electric Co Ltd, Japan XII Contents Page No. 363 A linear oscillating reluctance servo drive С Attaianese and A Perfetto Universita di Napoli, Italy A Damiano and I Marongiu Universita di Cagliari, Italy 368 Design optimisation of a novel slotless linear stepping motor A Basak and A F Flores Filho Wolfson Centre for Magnetics Technology, University of Wales College of Cardiff, UK SYNCHRONOUS GENERATORS 373 Large 4 pole generator design M R Allsopp, G R Jones and K Wakeley GEC ALSTHOM Large Machines Ltd, UK 378 The development of a new range of hydrogen cooled generators К W Cowan and A J Main Parsons Power Generation Systems Ltd, UK 385 Reducing voltage regulation in toroidal permanent-magnet generators by stator saturation W Wu and E Spooner. University of Durham, UK B J Chalmers UMIST, UK 390 A field-circuit approach to the design oriented evaluation of the no-load voltage harmonics of salient pole synchronous generators A Di Gerlando, R Perini and I Vistoli Politecnico di Milano, Italy BRUSHLESS DC 395 Design and performance of an integrated thruster motor S M Abu Sharkh, M R Harris and R L Stoll University of Southampton, UK 400 Design and analysis of brushless DC machines P S Sangha and J R Coles Lucas Advanced Engineering Centre, Solihull, UK XIII Contents Page No. 405 Variation of torque constant with armature current in brushless PM motors R P Deodhar, D A Statori and TJE Miller SPEED Laboratory, University of Glasgow, UK 410 The design and construction of a wide speed range novel brushless DC motor J F Eastham and T Betzer University of Bath, UK D M Ionel Research Institute for Electrical Machines, Romania PM EXCITED MACHINES 413 Performance of a line-start single-phase permanent-magnet, synchronous motor B J Chalmers, G D Baines and A C Williamson UM IST, UK 418 Design of high speed permanent magnet machines in magnetic bearings B V Jayawant and M Maynard University of Sussex, UK R Anbarasu Bhabha Atomic Research Centre, India 423 The relationship between performance characteristics and size of permanent magnet motors K J Binns and D W Shimmin University of Liverpool, UK 428 Design and efficiency comparison of electric motors for low power variable speed drives with focus on permanent magnet motors С В Rasmussen, H R Andersen, E Ritchie and J K Pedersen University of Aalborg, Denmark 433 Fault tolerant permanent magnet machine drives В С Mecrow, A G Jack and J A Haylock University of Newcastle, UK J Coles Lucas Advanced Engineering Centre, UK XIV Contents Page No. GENERATORS FOR WIND POWER 438 Performance comparison among different converters fed by self excited wind driven induction generators F Castelli Dezza, A Di Gerlando and R Perini Politecnico di Milano, Italy 444 Design interactions of a flexible stator mounting for a permanent magnet synchronous generator A J G Westlake and J R Bumby University of Durham, UK 449 Double fed induction generator with two pair of poles M Djurovic, G Joksimovic and R Saveljic Elektrotehnicki Fakultet Podgorica, Yugoslavia I Maricic Sever Subotica, Yugoslavia 453 A modular, permanent-magnet generator for variable speed wind turbines Z Chen and E Spooner University of Durham, UK 458 Performance capability analysis of the brushless doubly-fed machine as a wind generator M Boger and A Wallace Oregon State University, USA THERMAL EFFECTS, NOISE AND VIBRATION 462 Determination of iron losses in single phase induction motors A Bousbaine, M McCormick and W F Low De Montfort University, UK 467 Cancellation of noise and vibration in modular permanent-magnet wind turbine generators G Geng and E Spooner University of Durham, UK 472 Design optimization and thermal analysis by FEM of an induction motor having high air gap G Cannistrà, A Covitti and M Sylos Labini Politecnico di Bari, Italy XV Contents Page No. 477 Heat transfer from the stator end-windings of a low voltage concentric-wound induction motor S J Pickering, D Lampard, N Hay and T F Roylance University of Nottingham, UK XVI LIST OF AUTHORS Page No. Abu Sharkh S M.................... 395 AI Zahawi BAT....................281 Aldred DC .............................217 Allen N...................................126 Allsopp M R........................... 373 Anbarasu R.................... 291, 418 Andersen H R ........................428 Andrade D A ..........................227 Arockiasamy R ......................291 Ashman К ..............................222 AtallahK ..................................88 Attaianese С ..........................363 Baba A ....................................310 Baholo В ..................................88 Baines G D .............................413 Barnes M ................................257 Barrass P G ............................252 Basak A ..................................368 Bellenda G ...............................11 Belmans R ................................62 BenYahiaK ...............................6 BetzerT ..................................410 BinnsKJ ................................423 Biro К..................................... 213 Boger M .................................458 Bolton H R ..............................257 Bousbaine A ..........................462 Bucknall R ......................107, 333 BumbyJR .............................444 Burnett R ................................156 Burt G M ................................171 CalonnecP .............................136 Cannistrà G ............................472 Canova A .................................82 Capener J R........................... 171 Caricchi F ...................................1 CasadeiD ...............................349 Castelli Dezza F ......................438 Chalmers B J .................385, 413 Chen Z ....................................453 Clothier А С........................... 252 Coles J R ........................400,433 Corda J ...................................354 Page No. Covitti A .................................472 Cowan К W............................ 378 Crescimbini F............................. 1 Damiano A .............................363 De Weerdt R ............................62 Deodhar R P........................... 405 Derrey T .................................136 Destobbeleer E ......................136 Di Gerlando A ................390, 438 Djurović M .............................449 Dorrell D G .......................67, 151 Dray J .....................................171 Eastham J F ...................296, 410 Ebihara D ...............................359 Edey K ......................................77 Edwards D G ..........................161 FerkoljS ...................................42 Ferraris L ..................................11 Fiser R ......................................42 Flack T J ...................................88 Flores Filho AF .....................368 Flower J O .............................271 Fu W N.....................................93 Fukuya Y ................................359 Gaylard A P............................ 147 Geng G................................... 467 Gersh D.................................... 72 GlewCN ..................................37 Goodfellow R .........................171 Grantham С ...........................166 Haines N A .....................107, 333 Harris M R ......................237, 395 Harson A ..................................16 Hay N.....................................477 Haylock J A ............................433 Helwig A ................................111 Henneberger G ..................6, 286 Hew W P ................................306 Hill-Cottingham R J ...............296 Hinton J С ..............................301 XVII Page No. Page No. Ho S L.............................. 93, 176 Howe D.............................. 16, 88 Minski N F .................................32 Ionel DM ...............................410 Ishizaki A ................................208 Iwanciw P ...............................222 Jack A G......................... 242, 433 Jackson DC .............................26 James B P.............................. 281 Jansson P ..............................242 Jarzyna W ..............................141 Jayawant B V .........................418 Jayne M G .............................343 JerebP ...................................261 Joksimović G .........................449 Jones G R ..............................373 Juby L ....................................333 Kara G ....................................325 Knight R E................................ 57 Küppers S ..............................286 Lai H С ....................................126 Lai L L .....................................116 Lamb К ...................................232 Lampard D.............................477 Landy C F .................98, 103, 147 Lau K M ..................................176 Le Fiem G D............................. 37 Leonard P J ............................126 Lewis J D ...............................257 Lomonova E A .......................131 Low W F .................................462 Lubin Th .................................320 Lüdtke I ..................................343 Ma J T ....................................116 Main A J .................................378 Marchand С ...........................320 Maričičl ..................................449 Marongiu 1 .............................363 Martins Neto L .......................227 Martis C ..................................213 Maynard M ............................418 McCormick M ........................462 McDonald J R ........................171 Mecrow B C ...........242, 252, 433 Meilor P H ..........................16,88 Mendes E .......................310,320 Mendes R M ..........................227 Meyer A S ................98, 103, 147 Mhango L M C .......................247 Michaelides A ........................266 Miljavec D ..............................261 Miller T J E ............................405 Miziurin S R ...........................131 Moyes A .................................171 Mueller M A .............................88 Murray A C ............................161 Nee H P ....................................52 Neuroth M .............................315 Nishikata S .............................208 OkadaT ..................................359 Pagel A ...................................103 Pajooman G H .......................237 Parasiliti F ..............................276 Parsley G M J ..........................98 Pedersen J K ..........................428 Penman J .................................47 Perfetto A ...............................363 Perini R ...........................390, 438 Perryman R ............................247 Persson M ..............................242 Phillips N W ...........................257 Pickering S J ..........................477 Pollock С ................257, 266, 271 Popović M ..............................261 Postnikov V 1 ..........................296 Pratt J W ................................198 Preston T W ...........................121 Profumo F ................................21 Protin L ...................................136 Radulescu M M .....................213 Ragusa С ..................................82 XVIII Page No. Rankin D R .............................194 Rasmussen С В .....................428 Razek А ..................................310 Regan R H ..............................203 Ridley G К ..............................187 Richardson K M .....................271 Ritchie E .................................428 Roach S ..................................151 Rodger D ................................126 Roylance T F ..........................477 Saddique S M ........................306 Sangha P S ............................400 Santini E..................................... 1 Saveljić R ...............................449 Schmitz M ..................................6 Serra G ...................................349 Shimmin D W........................ 423 Short M ..................................217 Smith A С ........................77, 338 Soline H ....................................42 Spooner E ......107, 385, 453, 467 Staton D A .............................405 Stavrou A .................................47 Stoll R L.................................. 395 Stronach A F ..........................315 Sylos Labini M .......................472 Szentirmai L........................... 182 Tabatabaei-Yazdi H ................166 Takasaki К.............................. 208 Takura T .................................359 Tamjis M R .............................306 ТапакаТ .................................208 Tani А .....................................349 Tenconi A ...........................11, 21 Thomson W T ........................151 Timothy M A ..........................121 Varadi A .................................182 VasP .......................................315 Villani M .................................276 Vistoli 1 ...................................390 Wakeley К ......................203, 373 Page No. Walker J D ...............................37 Wallace A .......................232, 458 Walters D G............................. 26 Watada M ...............................359 Watson J F .............................156 Westlake A J G ......................444 White I W .................................57 White R D ...............................217 White TJ ................................301 Whitehouse D ........................217 Wilkinson M ...........................354 Williams IJ ..............................26 Williamson А С...................... 413 Williamson S............... 57, 72, 88 Wilson 1 ..................................194 Wohlgemuth С ......................232 Wu W ......................................385 Zhang Z ....................................21 XIX
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discipline	Elektrotechnik Elektrotechnik / Elektronik / Nachrichtentechnik
format	Conference Proceeding Book
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physical	XIX, 481 S. graph. Darst.
publishDate	1995
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series	Institution of Electrical Engineers: IEE conference publication
series2	Institution of Electrical Engineers: IEE conference publication
spelling	International Conference on Electrical Machines and Drives 7 1995 Durham Verfasser (DE-588)5162811-9 aut Seventh International Conference on Electrical Machines and Drives 11 - 13 September 1995, University of Durham, UK Electrical machines and drives London Inst. of Electrical Engineers 1995 XIX, 481 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Institution of Electrical Engineers: IEE conference publication 412 Elektroantrieb (DE-588)4014238-3 gnd rswk-swf Elektrische Maschine (DE-588)4014308-9 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1995 Durham gnd-content Elektrische Maschine (DE-588)4014308-9 s DE-604 Elektroantrieb (DE-588)4014238-3 s Institution of Electrical Engineers: IEE conference publication 412 (DE-604)BV001889735 412 Digitalisierung TU Muenchen application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007425398&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Seventh International Conference on Electrical Machines and Drives 11 - 13 September 1995, University of Durham, UK Institution of Electrical Engineers: IEE conference publication Elektroantrieb (DE-588)4014238-3 gnd Elektrische Maschine (DE-588)4014308-9 gnd
subject_GND	(DE-588)4014238-3 (DE-588)4014308-9 (DE-588)1071861417
title	Seventh International Conference on Electrical Machines and Drives 11 - 13 September 1995, University of Durham, UK
title_alt	Electrical machines and drives
title_auth	Seventh International Conference on Electrical Machines and Drives 11 - 13 September 1995, University of Durham, UK
title_exact_search	Seventh International Conference on Electrical Machines and Drives 11 - 13 September 1995, University of Durham, UK
title_full	Seventh International Conference on Electrical Machines and Drives 11 - 13 September 1995, University of Durham, UK
title_fullStr	Seventh International Conference on Electrical Machines and Drives 11 - 13 September 1995, University of Durham, UK
title_full_unstemmed	Seventh International Conference on Electrical Machines and Drives 11 - 13 September 1995, University of Durham, UK
title_short	Seventh International Conference on Electrical Machines and Drives
title_sort	seventh international conference on electrical machines and drives 11 13 september 1995 university of durham uk
title_sub	11 - 13 September 1995, University of Durham, UK
topic	Elektroantrieb (DE-588)4014238-3 gnd Elektrische Maschine (DE-588)4014308-9 gnd
topic_facet	Elektroantrieb Elektrische Maschine Konferenzschrift 1995 Durham
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007425398&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
volume_link	(DE-604)BV001889735
work_keys_str_mv	AT internationalconferenceonelectricalmachinesanddrivesdurham seventhinternationalconferenceonelectricalmachinesanddrives1113september1995universityofdurhamuk AT internationalconferenceonelectricalmachinesanddrivesdurham electricalmachinesanddrives

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