Course Name: EE5810 : Modelling and Analysis of Electrical Machines

Description: Classification of transients associates with electrical machines in drives and power systems ? Foundations of dynamic circuit theory for analysis of transient performance of electromechanical energy conversion devices ? Matrix analysis of a generalized 2 phase slip ring primitive machine ? Transformation theory ? Matrix analysis of a generalized 2 phase commutator primitive machine ? 2phase slip ring primitive machine referred to an arbitary revolving reference frame ? Resulting differential equations in state variable notation with currents, flux linkages as state variable Specific examples of above for induction/synchronous, motor/generator/DC machine set ? Digital computer solution Small Oscillation/hunting performance ? Typical examples with or without closed loop feedback control arrangement ? Constant speed solution techniques for analysis of switching transients/damping and synchronizing torques ? Steady state analysis of motors driving reciprocating compressors ? Introduction to steady state analysis

Slot: D

RoomNo: ESB207B

Instructor: Krishna Vasudevan

Period: JAN-MAY 2013

This page was created on: Thursday 19th of September 2013 10:20:35 PM