Practical guide to induction motors: from theory to design you can apply.
This book offers a complete, practical study of polyphase induction (non‑synchronous) motors, explained with elementary mathematics. It aims to help engineers who have not taken advanced courses and to clarify how design choices affect performance. A translated work, it also presents new deductions and usable formulae, plus a clear, step‑by‑step example that shows how to estimate the magnetizing action, air‑gap effects, and short‑circuiting details for rotor designs.
- Learn how the revolving field, different windings, and rotor types influence motor behavior.
- See how to estimate losses, leakage, and the no‑load current using concrete calculations.
- Follow a worked numerical example for a mid‑size motor to connect theory with practice.
- Understand how to adapt formulae for practical use, including non‑metric units when helpful.
Ideal for practicing electrical engineers, students, and technicians seeking solid, accessible grounding in induction motor design and analysis.