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Computer-aided Analysis of Electric Machines: A Mathematica Approach
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Introduction | Windings, Currents, and Air Gap Magnetomotive Force | Air Gap Magnetomotive Force and Flux Density | An Electric Machine as a Circuit Element | Force and Torque in Electric Machines | Steady State Performance of Induction Machines | Steady State Performance of Commutator Machines | Steady State Performance of Synchronous Machines | Fundamentals of Electric Machine Dynamics
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Designed for electrical engineering students as well as professional designers of electric machines and drives. Demonstrates the application of Mathematica in the analysis of time and spatially dependent quantities of electric machines.
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