Description
Fundamentals of Electrical Machines
Master the heart of industrial power and electromechanical systems. Fundamentals of Electrical Machines bridges the crucial gap between electromagnetic theory and the practical operation of rotating machinery. This comprehensive guide equips electrical engineering students, technicians, and professional engineers with the structural framework needed to analyze, test, and optimize the performance of transformers, motors, and generators in modern power systems.
Note: This is a digital product. A secure download link will be sent to your email address immediately after payment.
What You Will Learn:
- Electromechanical Conversion: The fundamental principles of magnetic circuits and how energy is transformed between electrical and mechanical forms.
- Machine Construction: Detailed analysis of the physical components and winding arrangements that define DC and AC machines.
- Performance Dynamics: How to calculate torque, efficiency, and power factor to evaluate the operational health of electrical equipment.
- Control and Protection: Practical methods for implementing speed control, starting mechanisms, and protective measures for industrial-grade machines.
Key Topics:
- Magnetic Circuits and B-H Curves.
- Single-phase and Three-phase Transformers.
- DC Motors and Generators: Construction and Characteristic Curves.
- Induction Motors: Principles, Starting, and Braking.
- Synchronous Machines and Alternators.
- Testing and Maintenance of Rotating Equipment.
Who This Book is For: This text is designed for electrical engineering students, power system designers, and technical maintenance professionals looking to deepen their understanding of industrial machinery. It is an essential resource for those who want to move beyond basic circuit theory and master the rigorous physics and engineering logic underlying electrical machines.
Product Details:
Format: Digital PDF Download
Authors: Ants Kallaste; Toomas Vaimann; Anton Rassõlkin; Kuno Janson
Publisher: Taylor & Francis Group
Edition: 1st Edition
Publication Date: October 28, 2025
ISBN-13: 9781032518206
ISBN-10: 1032518200
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