Driven by the rise of electric vehicles (EVs) and wind turbines, the text provides enhanced coverage of brushless DC and permanent-magnet synchronous machines.

Individual, detailed chapters are dedicated to the major classes of industrial machinery:

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Analytical techniques for calculating electromagnetic force. Concepts of linear and rotational actuators. 4. Rotating Machines: Basic Concepts

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The transition from static transformers to rotating machines is handled smoothly by introducing: Elementary synchronous, induction, and DC machines. MMF (Magnetomotive Force) waves in AC windings. Generated voltage and electromagnetic torque equations. 5. Detailed Machine Analysis

Modern applications rely heavily on specialized motors. The seventh edition covers single-phase induction motors, permanent-magnet motors, and stepper motors used in robotics and consumer electronics. Key Updates in the 7th Edition MATLAB Integration

: Coverage of machine control, previously scattered across different sections, is now consolidated into a comprehensive chapter on speed and torque control , including field-oriented control for synchronous and induction machines.

Serves as a reliable baseline reference for modeling advanced electromagnetic systems.