Electrical Machinery

In this edition I have the author tried to present the introductory to both the approaches, intending to build a synergy of both the approaches, keeping in mind the system, in vogue a decade back, in Indian Universities that steady-state analysis would be mainly covered in the undergraduate curriculum followed by transient and dynamic studies in the post-graduate level. However, during the last decade or so, there has been a sea change, specially in the Power Engineering curriculum, in view of more and more emphasis on digital electronics and computer, environmental studies.* Introductory
* Magnetically Coupled Circuits and Transformers
* Field Excitation and Generated Voltage
* Armature Excitation and Torque in Electrical Machine
* Flux- m.m.f. Relationship and Phasor Diagram
* Steady-state Characteristics
* Operation and Control
* Theory of Polyphase Asynchronous Machines
* Starting, Braking and Speed-Control of Induction Motor
* Induction Machine for Special Purpose
* Single-phase Asynchronous Motor
* Commutated Action
* Direct Current Machines
* Transients and Dynamics
* Electrical Machines in Control Systems