Analytic Design Evaluation of Induction Machines MIT
Analytic Design Evaluation of Induction Machines MIT
Analytic Design Evaluation of Induction Machines MIT
Induction machines are perhaps the most widely used of
all electric motors. They are generally simple to build and rugged, offer
reasonable asynchronous performance: a manageable torque-speed curve, stable
operation under load, and generally satisfactory efficiency. Because they are so
widely used, they are worth understanding. The contents of this notes are as
follows : Introduction, Induction Motor Transformer Model, Operation: Energy
Balance, Squirrel Cage Machine Model , Solid Iron Rotor Bodies, Induction Motor
Speed Control.
Author(s): James L. Kirtley Jr.,
Department of Electrical Engineering and Computer Science, Massachusetts
Institute of Technology
This page online covers the following
topics related to Induction Motors - Applications, Control and Fault Diagnostics
: Induction Generator in Wind Power Systems, Active and Reactive Power Control
of Wound Rotor Induction Generators by Using the Computer and Driver, Analysis
and Methodology for Determining the Parasitic Capacitances in VSI-fed IM Drives
Based on PWM Technique, Health Condition Monitoring of Induction Motors, Failure
Diagnosis of Squirrel-Cage Induction Motor with Broken Rotor Bars and End Rings,
Fuzzy Direct Torque-controlled Induction Motor Drives for Traction with Neural
Compensation of Stator Resistance, Development of Fuzzy Applications for High
Performance Induction Motor Drive, A Robust Induction Motor Control using
Sliding Mode Rotor Flux and Load Torque Observers, An Optimized Hybrid
Fuzzy-Fuzzy Controller for PWM-driven Variable Speed Drives, DTC-FPGA Drive for
Induction Motors.
The contents in this
presentation are as follows : Starting of Three Phase Induction Motors, Speed
Control of Three Phase Induction Motors, Single Phase Induction Motor-Principle
and Types.
Author(s): Prof. Ch. Sai Babu, Professor of
Electrical and Electronics Engineering, JNTUK Kakinada