Electric Machines

This comprehensive guide to electric machines covers advanced topics, including modeling, control principles, and optimal design, making Electric Machines an essential resource for engineering students.

The second edition of Electric Machines delves into advanced topics related to electric machines, providing a comprehensive overview that ranges from fundamental principles to practical applications and case studies. Rich in graphical results, this textbook is designed for students in their second and third semesters, covering essential subjects such as transient modeling, control principles, and both electromagnetic and thermal finite element analysis (FEA). The inclusion of optimal design techniques further enhances the learning experience, making it a valuable resource for aspiring engineers.

In this updated edition, significant advancements with strong industrial relevance have been incorporated. Noteworthy additions include the exploration of orthogonal models for multiphase AC machines and thermal FEA specific to electric machines. The book also presents a case study focused on FEA-based optimal design for a permanent magnet motor, alongside discussions on line-start synchronizing premium efficiency PM induction machines. Each topic is supported by case studies and numerical examples to illustrate complex concepts.

Electric Machines also emphasizes optimal design through detailed examinations of Hooke-Jeeves and genetic algorithms, with comparative studies dedicated to induction motors (IM) and permanent magnet synchronous motors (PMSM). To facilitate deeper understanding, numerous computer simulation programs in MATLAB® and Simulink® are available online, allowing students to engage with performance characteristics and apply theoretical knowledge to practical scenarios.