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College of Engineering & Technology  Alexandria

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Electrical Machines

  • Mechanical Engineering |

Description

Summarize electric circuits solving methods. Summarize definition and principles of magnetic circuits. Explain theory, construction, calculations, applications, characteristics of DC Machines, transformers, three phase induction motors and synchronous machine. Show methods of control of DC Machines.

Program

Bachelor degree in Mechanical Engineering (Automotive Engineering)

Objectives

  • To give non-electrical engineering students a basic understanding of the principles of operation and construction of direct and alternating current machines and transformers. A study of theory and concept of Electric Machines (AC & DC). Deriving equivalent circuit of electrical machines. Studying performance and characteristics of machines (AC & DC).

Textbook

Data will be available soon!

Course Content

content serial Description
1Review on electric circuits.
2Magnetic circuits.
3DC Machines (1): DC machines: construction-applications-theory of operation.
4DC Machines (2): DC machines: construction-applications-theory of operation.
5DC Machines (3): DC motors: starting-characteristics.
6DC Machines (4): DC motors: performance and speed control.
77th week + Transformers (1): construction-applications.
8Transformers (2): theory- equivalent circuits-tests.
9Transformers (3): voltage regulation- efficiency.
10Three Phase Induction Motors (1): construction-applications.
11Three Phase Induction Motors (2): rotating magnetic field-theory of operation-equivalent circuit.
1212th week + 3-phase induction motor (3): characteristics-performance-starting.
13Week Number 13: Synchronous Machine (1): construction- applications-equivalent circuit.
14Synchronous Machine (2): synchronous alternator: theory of operation-characteristics-synchronization.
15Synchronous Machine (3): synchronous motor.
16Final Exam.
1Review on electric circuits.
2Magnetic circuits.
3DC Machines (1): DC machines: construction-applications-theory of operation.
4DC Machines (2): DC machines: construction-applications-theory of operation.
5DC Machines (3): DC motors: starting-characteristics.
6DC Machines (4): DC motors: performance and speed control.
77th week + Transformers (1): construction-applications.
8Transformers (2): theory- equivalent circuits-tests.
9Transformers (3): voltage regulation- efficiency.
10Three Phase Induction Motors (1): construction-applications.
11Three Phase Induction Motors (2): rotating magnetic field-theory of operation-equivalent circuit.
1212th week + 3-phase induction motor (3): characteristics-performance-starting.
13Week Number 13: Synchronous Machine (1): construction- applications-equivalent circuit.
14Synchronous Machine (2): synchronous alternator: theory of operation-characteristics-synchronization.
15Synchronous Machine (3): synchronous motor.
16Final Exam.
1Review on electric circuits.
2Magnetic circuits.
3DC Machines (1): DC machines: construction-applications-theory of operation.
4DC Machines (2): DC machines: construction-applications-theory of operation.
5DC Machines (3): DC motors: starting-characteristics.
6DC Machines (4): DC motors: performance and speed control.
77th week + Transformers (1): construction-applications.
8Transformers (2): theory- equivalent circuits-tests.
9Transformers (3): voltage regulation- efficiency.
10Three Phase Induction Motors (1): construction-applications.
11Three Phase Induction Motors (2): rotating magnetic field-theory of operation-equivalent circuit.
1212th week + 3-phase induction motor (3): characteristics-performance-starting.
13Week Number 13: Synchronous Machine (1): construction- applications-equivalent circuit.
14Synchronous Machine (2): synchronous alternator: theory of operation-characteristics-synchronization.
15Synchronous Machine (3): synchronous motor.
16Final Exam.
1Review on electric circuits.
2Magnetic circuits.
3DC Machines (1): DC machines: construction-applications-theory of operation.
4DC Machines (2): DC machines: construction-applications-theory of operation.
5DC Machines (3): DC motors: starting-characteristics.
6DC Machines (4): DC motors: performance and speed control.
77th week + Transformers (1): construction-applications.
8Transformers (2): theory- equivalent circuits-tests.
9Transformers (3): voltage regulation- efficiency.
10Three Phase Induction Motors (1): construction-applications.
11Three Phase Induction Motors (2): rotating magnetic field-theory of operation-equivalent circuit.
1212th week + 3-phase induction motor (3): characteristics-performance-starting.
13Week Number 13: Synchronous Machine (1): construction- applications-equivalent circuit.
14Synchronous Machine (2): synchronous alternator: theory of operation-characteristics-synchronization.
15Synchronous Machine (3): synchronous motor.
16Final Exam.

Markets and Career

  • Generation, transmission, distribution and utilization of electrical power for public and private sectors to secure both continuous and emergency demands.
  • Electrical power feeding for civil and military marine and aviation utilities.
  • Electrical works in construction engineering.
Courses
  • Degree Bachelor
  • Code: EE329
  • Credit hrs: 3
  • Prequisites: EE238
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