ECE 743 - Electromechanical Motion Devices (Spring 2008)

MATLAB/Simulink Seminar Material

Spring 2008  - Homework & Simulation Sets

Spring 2008 - Quiz & Exam Schedule

Integration of Green Energy in Distributed Generation Systems - (Lecture Notes)

Synchronous Machine - Lecture Notes

Part I: Lecture Notes

1. Lecture Notes
2. Additional Notes

• Metrication in Electro-Mechanical Systems

Part II: Class Notes (ECE743/WI'05)

1. Transient Analysis of Series-Parallel Circuits, Numerical Solution of Differential equations/Matlab and Simulink  

• Lecture #1: Dynamic Systems
• Lecture #2: Numerical Solution of Differential Equations

2. Electromechanical Systems

• Lecture #3: Magnetic Circuits
• Lecture #4: Electromechanical Energy Conversion
• Lecture #5: Electromagnetic Force and Torque
• Lecture #6: Single-Phase Reluctance Machine

3. DC Machines

• Lecture #7: Direct Current (DC) Machines - Part I
• Lecture #8: Direct Current (DC) Machines - Part II
• Lecture #9: Direct Current (DC) Machines - Part III

4. Two-Phase and Three-Phase AC Machines

• Lecture #10: AC Machines Part I
• Lecture #11: AC Machines Part II
• Lecture #12: AC Machines: Reluctance Machines - Induction Machines

5. Two-Phase Induction Machines

• Lecture #13: Two-Phase Induction Machines Part I
• Lecture #14: Two-Phase Induction Machines Part II
• Lecture #15: Two-Phase Induction Machines Part III
• Lecture #16: Two-Phase Induction Machines Part IV
• Lecture #17: Two-Phase Induction Machines Part V
• Lecture #18: Two-Phase Induction Machines Part VI
• Lecture #19: Two-Phase Induction Machines Part VII
• Lecture #20: Two-Phase Induction Machines Part VIII

6. Three-Phase Induction Machines

• Lecture #21: Three-Phase Induction Machines: Steady-State Model
• Lecture #22:  Three-Phase Induction Machines: Steady-State Model & Equivalent Circuit
• Lecture #23: Three-Phase Induction Machines: Performance Calculation
• Lecture #24: Three-Phase Induction Machines: Torque Speed Characteristics
• Reference Frame Theory
• abc Reference Frame
• Arbitrary Rotating Reference Frame
• Commonly Used Reference Frames
• Summary of Dynamic Equations

7. Dynamic Models of 3-Phase Induction Machines

• Lecture #26: Three-Phase IM: Reference Frame Theory - Part I
• Lecture #27: Three-Phase IM: Reference Frame Theory - Part II
• Lecture #28: Three-Phase IM: Reference Frame Theory - Part III
• Lecture #29: Three-Phase IM: Reference Frame Theory - Part IV
• Lecture #30: Three-Phase IM: Summary of Dynamic Equations

Part III: Previous Homework and Simulation Problems   

1. State-Space Representation

• Homework Problem Set #1 (Simulation: State-Space Model of Electrical Circuits),            

2. Electromechanical Systems

• Homework Problem Set #2 (No Simulation: Inductance of Electromagnetic Systems),        
• Homework Problem Set #3 (No Simulation: Electromagnetic Force),                                 
• Homework Problem Set #4 (Simulation: Electromagnetic Force),                                       
• Homework Problem Set #5 (No Simulation: Electromagnetic Force),                                 

3. DC Machines

• Homework Problem Set #6 (Simulation),            

4. Two-Phase Induction Machines

• Homework Problem Set #7 (No Simulation: Torque Expression of AC Machines),                                           
• Homework Problem Set #8 (No Simulation: Rotating Speed Characteristics of AC Machines),                  
• Homework Problem Set #9-1 (No Simulation: Steady-State Characteristic of 2-Phase IM),                     
• Homework Problem Set #9-2 (Simulation: Dynamic Response of 2-Phase IM),                                        
• Homework Problem Set #10 (No Simulation: Rotating Speed Characteristics of 2-Phase IM),                   

5. Three-Phase Induction Machines

• Homework Problem Set #11 (Paper Summary of AC Machines) 
• Homework Problem Set #12 (Simulation: Dynamic Response of 3-Phase IM),          
• Homework Problem Set #13 (Simulation and Summary: Variable Voltage and Frequency Operation of IM)