Finite Element Methods in Electrical Power Engineering

Designed to give the theoretical foundation of finite elements in electrical power engineering, - and showing how the equipment designer can benefit from finite element analysis - this text is divided into 3 parts; theory, modelling, and application of the finite element method.
This work is designed to give the theoretical foundation needed by the new user of finite elements in electrical power engineering, and shows how the equipment designer can benefit from finite element analysis. It is divided into thre parts; theory, modelling and application of the finite element method. The first part outlines relevant electromagnetics, including treatment of boundaries, saturation and permanent magnets. It also shows how the finite element equations can be formulated. The presentation throughout is aimed at giving the reader a physical understanding of the process. The second part deals with special aspects of finite element modelling of engineering problems, including problem formulation, data generation and post processing, and emphasizes the importance of engineering judgement. The final part is an assembly of "real" magnetic and electric field problems solved by finite elements, including application to turbine generators, permanent magnet machines, switched reluctance drives, induction motors, transformers and bushings.