Teaching plan of Advance Machines & Drives

MEHRAN UNIVERSITY OF ENGINERING AND TECHNOLOGY

                                                                                                                                                                                FRM-001/QSP-004

                                                                                                                                                                                Dec.01.2001

TENTATIVE TEACHING PLAN

DEPARTMENT OF ELECTRICAL ENGINEERING

Name of Teacher:      

Subject: Advance Machines & Drives            Batch:            Year: 4th      Term: 1^st   

Term Starting Date:                          Term Suspension Date:

S. No	Course Contents of the Subject	Lecture hrs required
	GENERALIZED CIRCUIT THEORY (GCT) of electrical machines
1	Importance of GCT in electrical machines. Steady state, Transient & Dynamic behavior of Electrical Machines	03
2	Formation of Generalized Circuit and Equations of Transformer from its  equivalent circuit Behavior of inductance of individual windings wrt angular displacement of rotor.	03
3	Determination of parameters in AC & DC Machines . conversion into voltage and Torque and Electromechanical conversion equations of 1-phase Induction motor having 1,2,3  windings on stator & 1,2,3 winding on rotor.	03
4	Understanding of cross field theory and other relations	03
5	3-phase induction machines and universal Motor	03
6	MATLAB program of a typical Electrical Machine for its transient behavior simulation.	03
	SPECIAL  MACHINES
7	Review of Previous machines. Introduction to special Machines	02
8	Working Torque-speed Characteristics & application of 1-F motors	03
9	Types of 1-F motors, split phase, permanent split phase, capacitor start, two value capacitor and shaded –pole induction motors	03
10	Comparison of performance, speed control and reversing of 1-F motors	02
11	Fraction HP motors, Reluctance, Repulsion & Hystresis motors	03
12	Stepper, Linear Induction, Universal, Brushless dc motors	03
13	Synchronous & servo Machines	02
	DRIVE SYSTEMS
14	Concept, Classification & types of Loads, Drive Systems, Dynamics	02
15	Moment of Inertia, Steady- State, transient & Stability Characteristics of motors	02
16	Starting and breaking of dc and ac motors. Duty Cycle, Temperature rise	03
17	Insulation life & rating of motors	03
18	Environmental Effect. Energy Efficient motors	02
19	Economics of  Drives	02
20	Typical Industrial Applications	02
	Total classes	52

Signature of Teacher:                                                              Dated: 

Remarks of DMRC:

Signature of Chairman: