Divided-Winding-Rotor Synchronous Generator Analytical Study of the No-Load Field Distribution.

A Design-Technique for the Prediction of Steady State Performance of a Homopolar Linear Synchronous Motor.

A Mathematical Model of a Transformer-Connected with Combination of Static Converter and Synchronous Motor for Electromagnetic Transients.

The Influence of Interspersed a Six-Phase Stator Winding on the MMF Harmonic Analysis.

Determination of Electromechanical Transient Process Characteristics Using Equation of Variable.

Evaluation of the Air-Gap MMF Distribution and Harmonic Contents of the Six-Phase Stator Windings.

Modeling of Synchronous Generators for Internal Faults Simulation Using Matlab/Simulink.

Investigation of Electromagnetic Transients in Electric Power Systems.

Analysis of a Co-ordinate Governer/Exciter Stabilizer in Multimachine Power Systems based on the Transient Energy Function.

Load Side Dynamic Behaviour of Wind Energy / Isolated Load System during Synchronization and Load Variation.