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Honda japan Motor進入發燒排行的影片

同步磁阻馬達的設計與分析

為了解決Honda japan Motor的問題，作者姚昱成 這樣論述：

Abstract (Chinese) IAbstract (English) IIAcknowledgment IVContents VList of figures VIIIList of tables XIVList of nomenclatures XVChapter 1 Introduction 11.1 Background 11.2 Motivation 71.3 Purpose 111.4 Literature review 121.5 Outline of chapters 29Chapter 2 Mathematical model and introduction

of SynRM 312.1 Coordinate conversion 312.1.1 d-q axis coordinate conversion 312.1.2 Stationary coordinate transformation 352.1.3 Method of deciding conversion constant C 372.1.4 Space vector expression of two-dimensional coordinates 382.2 Mathematical model of SynRM 402.2.1 Voltage equation of SynRM

402.2.2 Torque equation of SynRM 432.2.3 Mechanical equation 442.2.4 Power factor 442.3 The principle of SynRM 472.4 Losses in electric machine 482.4.1 Copper loss 492.4.2 Iron loss 502.4.3 Mechanical loss 512.4.4 Additional loss 512.5 Comparison of three types of AC motors 522.5.1 Comparison of Sy

nRM and IM 522.5.2 Comparison of SynRM and PMSM 58Chapter 3 Numerical simulation in computer 623.1 Motor model establishment 633.2 Setting of excitation source and boundary conditions 653.3 Mesh setting and solving parameters 65Chapter 4 Analysis and design of SynRMs 674.1 Introduction of insulation

ratio and barrier ratio 674.2 Analysis of the end positions of flux barriers and the number of flux barriers 764.3 Geometries of the flux barriers 814.4 Analysis of barrier leg angle 864.5 Analysis of uniformity of the magnetic flux channels 884.6 Analysis of the flux barrier area ratio 944.7 Analy

sis of the center distance of flux barrier 1044.8 Summary of design of SynRMs 107Chapter 5 Comparison of the design process between the commercial package and the proposed method 1115.1 Review of the design concepts in RMxprt 1115.1.1 Discussion and determination of key design parameters, Rb 1135.1.

2 Discussion and determination of key design parameters, B0 1195.1.3 Discussion and determination of key design parameters, Y0 1255.2 Comparison of the design processes between RMxprt and the proposed method 1315.2.1 Introduction of Taguchi method 1315.2.2 Application of single target Taguchi method

to SynRM in RMxprt 1365.2.3 Application of multiple target Taguchi method to SynRM in RMxprt 1445.3 Proposed systematic design process 148Chapter 6 Conclusions 154Reference 155