ELECTRICAL MACHINES 1

Maher khammash's picture
Course Code: 
63371
Course Outline: 

 

ELECTRICAL MACHINES 1

ELECTRICAL ENGINEERING

 

 

Semester

 

Teaching Methods

 

Credits

5

 

Lecture

 

Rec.

 

Lab.

 

Project

Work

 

HW

 

 

Other

 

Total

 

Credit

 

ECTS

Credit

 

44

-

-

20

20

 

16

100

3

4

Language

 

English

Compulsory /

Elective

 

Compulsory

 

Prerequisites

 

(63212)

 

Course

Contents

 

Single phase and three phase transformers. DC machinery fundamentals. Dc generators. Parallel operation of DC generators.  DC motors. Calculations of DC generators and motors.

 

Course

Objectives

 

To introduce the construction, principle of action, equivalent circuits, characteristics, and different calculations of transformers and DC machines.

 

Learning

Outcomes and

Competences

 

Understanding the principle of transformers and DC machines. Learning different characteristics of DC machines to control them. Solving practical and design perspective problems related to transformers and DC machines.

 

Textbook and

/or References

 

Electric machinery fundamentals. Stephen J. Chapman. McGraw-Hill.

Electric machinery. A.E.Fitzgerald, Charles Kigsley, and A. Kusko. McGraw-Hill.

 

Assessment

Criteria

 

 

If any,mark

as (X)

 

Percent

(%)

 

Midterm Exams

 

X

 

40

Quizzes

 

 

 

Homeworks

 

X

10

Projects

 

 

 

Term Paper

 

 

 

Laboratory Work

 

 

 

Other

 

 

 

Final Exam

 

X

 

50

Instructors

 

Assist. Prof. Dr. Maher Khammash, maherkh@najah.edu

Week

 

Subject

 

1

TRANSFORMERS: Types and construction of transformers, the ideal transformer.

2

REAL SINGLE PHASE TRANSFORMERS: Theory of operation, the equivalent circuit, calculation of voltage regulation and efficiency.

3

THE PER UNIT SYSTEM OF A TRANSFORMER: calculation of different practical problems. The Autotransformer.

4

THREE PHASE TRANSFORMERS: different types, calculations. Transformer ratings.

5

DC MACHINERY FUNDAMENTALS: construction of DC machines, induced voltage and torque in a single turn, commutation and armature reaction.

6

FUNDAMENTALS OF REAL DC MACHINES: the internal generated voltage and induced torque equations in real DC machines, power flow and losses in real DC machines.

7

MIDTERM EXAM 1

8

DC GENERATORS: different types, the magnetization curve, the separately excited DC generator.

9

DC GENERATORS: the shunt DC generator, the series DC generator, solving different problems.

10

DC GENERATORS: the cumulatively compounded DC generator, the differentially compounded generator. Parallel operation of DC generators.Solving different problems.

11

DC MOTORS: different types, the separately excited DC motor, and the shunt DC motor equivalent circuits, solving different problems. 

12

DC MOTORS: the sires DC motor, the compounded motor. DC motor efficiency calculations.

13

MIDTERM EXAM II

14

STARTING OF DC MOTORS: DC motors starting circuits.