Electrical Machines and Drives: Mathematical Fundamentals of Machine Topologies.pdf

Electrical Machines and Drives: Mathematical Fundamentals of Machine Topologies.pdf


Electrical Machines and Drives play a vital role in industry with an ever increasing importance. This fact necessitates the understanding of machine and drive principles by engineers of many different disciplines. Therefore, this book is intended to give a comprehensive deduction of these principles. Special attention is given to the precise mathematical deduction of the necessary formulae to calculate machines and drives, and to the discussion of simplifications (if applied) with the associated limits. So the book shows how the different machine topologies can be deduced from general fundamentals, and how they are linked.This book addresses graduate students, researchers and developers of Electrical Machines and Drives, who are interested in getting knowledge about the principles of machine and drive operation and in detecting the mathematical and engineering specialties of the different machine and drive topologies together with their mutual links. The detailed, but compact mathematical deduction, together with a distinct emphasis onto assumptions, simplifications and the associated limits, leads to a clear understanding of Electrical Machine and Drive topologies and characteristics.

Born in 1961, Prof. Gerling got his diploma and Ph.D. degrees in Electrical Engineering from the Technical University of Aachen, Germany in 1986 and 1992, respectively. From 1986 to 1999 he was with Philips Research Laboratories in Aachen, Germany as Research Scientist and later as Senior Scientist. In 1999 Dr. Gerling joined Robert Bosch GmbH in Buhl, Germany as Director. Since 2001 he is Full Professor and Head of the Institute of Electrical Drives at the University of Federal Defense Munich, Germany.

Part I: Steady-State Operation.- 1. Fundamentals 2. DC Machines.- 3. Rotating Field Theory.- 4. Induction Machines.- 5. Synchronous Machines.- 6. Permanent Magnet Machines.- 7. Switched Reluctance Machines.- 8. Fractional Horsepower Machines for Single-Phase Operation (optional).- Part II: Dynamic Operation.- 9. Fundamentals 10. DC Machines.- 11. Space Vector Theory.- 12. Induction Machines.- 13. Synchronous Machines.- 14. Permanent Magnet Machines.


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