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EEM 214 - Electrical Engineering for Mechanical Engineering

Instructor: Asst.Prof.Mehmet FİDAN
Teaching Assistants:
Course Book: Basic Engineering Circuit Analysis/ J. David Irwin, Robert M. Nelms. Edition:10th ed., Publisher: John Wiley & Sons, 2010. (1-7. Week)
Grading: First Midterm: 30 %, Second Midterm 30 %, Final: 40%
Other Resources: Electrical Machinary A Fitzgerald, Arthur Eugene Fitzgerald, Charles Kingsley, Stephen Umans McGraw-Hill Companies,Incorporated, Jul 25, 2002 - Technology & Engineering (8-12. Week)
Course Outline:
1. Week

Introduction to Direct Current(DC) Circuits

Resistance, Current, Voltage and Power Concepts

Voltage Source and Current Source


2. Week

Node, Mesh, Loop, Branch Concepts

Kirchhoff’s Voltage Law

Kirchhoff’s Current Law

Voltage Divider Rule

Current Divider Rule


3. Week

Mesh Analysis

Nodal Analysis

Superposition


4. Week

Thevenin-Norton Methods

Source Transformation Method

Maximum Power Transfer


5. Week

Alternative Current(AC) Circuits

Period, Frequency Concepts

Peak, Peak-to-Peak, RMS Value Concepts

Phase, Phase Difference


6. Week

Phasor Diagrams

Capacitor, Inductor

RL and RC Circuits,

Phasor Diagrams of These Circuits


7. Week

RLC Circuits

Resonance

Complex Power Calculations


8. Week

Magnetic Circuits

Magnetic Flux

Fringing Effect and Leakage Flux

Histeresis and Eddy Curruent Losses


9. Week

Mutual Inductance, Transformators


10. Week

DC Motors and Generators


11. Week

Synchronous Motors and Generators


12. Week

Asynchronous Motors and Generators


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