Finite Element Methods in Electrical Power Engineering

Part - 1: Relevant Theory Electromagnetic Approaches to Three Dimensional Problems Formulation of Electromagnetic Equations in Finite Element Terms Treatment of Non Linear Materials Derived Quantities Part - 2: Principles of Modeling Data Generation (or re processing Post processing Selection of Hardware Extensions for Steady State Machine Problems Time Stepping for Steady State and Transient Problems The Important of Engineering Judgment Part - 3: Steady State Performance of Large Turbine Generators: Open Circuit and Load Excitation and Reactance Turbine Generator and Leakage Fields and Losses Turbine Generator Transient Parameters by Simulated Frequency Response Testing Simulation of Turbine Generator Short Circuit and Application to Parameter Prediction Performance Calculations on Permanent Magnet D. C. Motor Performance Prediction for Switched Reluctance Motors Induction Motor Steady State Performance Prediction Transformer Fields and Reactance Electric Field Analysis in Power Transformers Electric Stress Calculations in Bushings and Surge Arresters Future Developments