<p>The University of Jordan School of Engineering Department of Electrical Engineering 2nd Semester – A.Y. 2016/2017</p><p>Course: Electric Machinery – 903373 (3 Cr. Core Course)</p><p>Instructor: Dr.Nabeel Tawalbeh Telephone: 5355000 ext 22841, Email: [email protected]</p><p>Course Website: http://eacademic.ju.edu.jo/nTawalbeh/default.aspx</p><p>Catalog Data: Magnetic circuits; Single and three-phase transformer; Principles, analysis; performance characteristics and testing; electromechanical conversion; Principles and classification of DC generators; DC motors; Analysis, performance characteristics, starting, testing and speed control; Synchronous motors; Analysis, performance characteristics, applications, starting and testing; Three phase induction motors; Analysis, performance characteristics, applications, starting and speed control; Single-phase induction motors; special types of motors; stepper motors, universal motors; reluctance motors, brushless DC motors.</p><p>Course: EE 0903203 – Electrical Engineering (pre-requisite)</p><p>Students are assumed to have a background of the following topics: By Topic:  Basic circuit analysis techniques.  Basic physics of electromagnetic. Textbook: Principles of Electric machines and Power electronics By P.C . Sen, Publisher Wiley, 2nd edition References:  Electric Machinery Fundamentals, J. Chapman 3rd Edition McGraw-Hill 1999 الكائن الكهربائية ممد زكي خضر و د. احد شبي و د. مسعد السيي  Schedule & Duration: 16 weeks, 48 (32) lectures, 50 (75) minutes each. Textbook and scientific calculator. Material: Class room and with blackboard and projection display facilities, library and Facilities: computational facilities. Course Objectives: This is the only course of electrical Machines that is provided by department of electrical Engineering for Mechanical and Mechatronics students. It is designed to achieve the following objectives: • Understand the basic concepts of electromagnetic electromechanical conversion and their devices, including power transformers, DC Generators and Motors, and 3-phase machines.</p><p>Course Learning Outcomes and Relation to ABET Student Outcomes:</p><p>Upon successful completion of this course, a student should be able to: 1. Understand the basic concept of electromagnetic electromechanical conversion. [a,e,k] 2. Familiar with power transformer operation and performance characteristics. [a,e,k] 3. Familiar with the connections and groups of 3-phase transforms. [a,e,k] 4. Know the basic relationships and characteristics of DC Generators and Motors. [a,e] 5. Familiar with the basic methods of starting and speed control of DC motors. [e] 6. Understand the concept of rotating field in 3-phase machines. [a,e,k] 7. Understanding characteristics & control of synchronous generators. [a,e]</p><p>Course Topics: Topic Description Hrs 1. Electromagnetic Circuits Review, Basic Laws and relationships of electro-magnetic structures: Ampere 5 Law. B/H Characteristics. 2. Single and three-phase transformer. 9 3. Electromechanical conversion. 3 4. Principles and classification of DC generators; Dc motors; Analysis, performance characteristics, 9 Starting, testing and speed control. 5. Synchronous motors; Analysis, performance characteristics, applications, Starting and testing. 5 6. Three phase induction motors; Analysis, performance characteristics, applications, Starting and speed 10 control; 7. Single-phase induction motors; Special types of motors; stepper motors, universal motors; Reluctance 6 motors, brushless Dc motors.</p><p>Ground Rules: Class attendance will be taken every class according to the university policy and regulations. Assessments: Exams.</p><p>Grading policy: 1st Exam 20% 2nd Exam 30% Final Exam 50% Total 100% Last Updated: May 2017</p>