Dynamic models by linear and nonlinear physical system, unified treatment of effective machinery and ineffective and fluid devices and electrical system, thermal and electronic, balance and dynamic reaction of linear system, function, system and method of zeros and roots function and their relationship with each other, the use of engineering examples.

This course will help you to:

  • understand modes of heat transfer and heat exchange equipment
  • Understand how heat transfer from one object to another

  •  design heat transfer equipment to meet a required heat exchange load

 

DC Electrical machines, AC Machines, components, operating theory, a
member of finding coils, harmonics, reaction member conclusion and equivalent circuit, regulating voltage,
circuit curve, operating in parallel and synchronous, synchronous motor, test the simultaneous and efficient machines, methods of excitement machines synchronization and organizations effort equations Park Generator mating, induction machines Three phase, the Chamber curve, startup, Cruise