Course
code | EE727 |
credit_hours | 3 |
title | Advanced Electrical Machines |
arbic title | |
prequisites | None |
credit hours | 3 |
Description/Outcomes | Permanent magnet technology. Brushless DC motors and PM machines. Theory and performance of: Variable reluctance stepper motors, Permanent magnet stepper motors, Hybrid stepper motor. Casting construction. Drive circuit. Operation modes. Application. Solid rotor machines theory and their application. Homo-polar and hetero-polar machines. |
arabic Description/Outcomes | |
objectives | The student should be able to: Study magnetic characteristics of permanent and excited magnets. Represent the saliency effect of singly excited machines. Simulate special machines in friendly user software packages. |
arabic objectives | |
ref. books | T. Kenjo, A. Sugwara, "Stepping Motors and their Microprocessors Controls", Clarendon Press, Oxford, 1994. J. F. Gieras and M. Wing, "Permanent Magnet Motor Technology: Design and Applications", Marcel Dekker, N.Y., 1997. |
arabic ref. books | |
textbook | |
arabic textbook | |
objective set | |
content set | |
Course Content
content serial |
Description |
1 |
Basic Concepts of Rotating Machines.
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2 |
Properties of Magnetic Material and Permanent Magnet Technology.
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3 |
Permanent Magnet Synchronous Motor and its applications.
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4 |
Permanent Magnet Synchronous Generator and its applications.
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5 |
Brushless DC Motors (Trapezoidal and sinusoidal type EMF).
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6 |
Induction Generator (self excited and grid connected): Operation and Analysis.
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7 |
Multiply and singly excited magnetically field system.
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8 |
Variable Reluctance Machine Configuration: Radial and Axial flux Machine.
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9 |
Synchronous Reluctance Motor and Generator.
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10 |
Stepper Motors.
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11 |
Switched Reluctance motors and generators.
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12 |
Linear machines.
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13 |
Transverse Flux Machines, Yokeless and Segmented Armature machine.
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14 |
High Temperature Superconducting Machines.
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15 |
Magnetic Gearing: SNAPPER, PM Air-cored Machines: C-GEN.
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16 |
Final Exam.
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