There’s not much to say when a book is adequate. The material is, for the most part, clearly laid out and understandable. I purchased this for a course, but we only got to cover a small portion of the book. Reading ahead, it’s easy enough to understand the book without supplemental lecture (which is not always the case with some texts). I’d probably rather purchased the hardback if i’d known i’d be keeping it for reference. 

Electric Machinery Fundamentals breaks down the complex principles of electrical machines into clear, manageable concepts through a practical, application-focused approach. The book builds understanding from the ground up—starting with magnetic circuits and progressing through transformers, DC machinery, AC motors, and synchronous machines.

What sets this text apart is its emphasis on real-world operation over abstract theory. Each chapter follows a consistent pattern: physical construction principles first, followed by mathematical modeling derived from basic laws, and finally practical performance analysis through worked examples. The integration of MATLAB provides modern computational tools for solving complex machine problems and visualizing behaviors.

The fourth edition maintains Chapman’s signature clarity while strengthening the connection between traditional machine theory and contemporary applications in power systems and industrial automation.