1- Automatic Control in energy systems. MEP 403

Lectures: 3 hrs/wk          Tutorial/Practical: 2  hrs/wk           Total: 5  hrs/wk

Contents:

►Introduction to control system analysis.

►Transient response analysis and steady state error analysis.

►Basic control actions and industrial automatic controllers .

►Frequency response analysis.

►Applications in energy systems.

2- Turbomachinery MEP 405 A

Lectures: 3 hrs/wk          Tutorial/Practical: 2  hrs/wk           Total: 5  hrs/wk

Contents:

►Basic concepts and laws of fluid mechanics.

►Similarity in turbomachines.

►One-dimensional flow in turbomachines.

►Two-dimensional flow in a cascade of blades.

►Three-dimensional flow in axial turbomachines.

3- Internal Combustion Engines. – MEP 404

Lectures: 3 hrs/wk          Tutorial/Practical: 1  hrs/wk           Total: 4  hrs/wk

Contents:

►Principles of power increase.

►Supercharging and turbo- charging .

►Mixture preparation in SIE ( Carburetion & fuel injection ).

►Fuel injection in CIE.

►Combustion SIE and CIE.

►Combustion chamber design for SIE and CIE.

►Performance of internal combustion engines.

4- Efficiency and Environmental Protection MEP 416

Lectures: 3 hrs/wk          Tutorial/Practical: 2  hrs/wk           Total: 5  hrs/wk

Contents:

►Introduction to combustion system.

►Basic concepts and definitions.

►Conventional Energy Efficiency Technologies.

►Combustion Control Systems .

►Waste Heat Recovery.

►Tune-up of Different Combustion .

►Fuel Cells as a modern Energy Efficiency Projects.

5-Refrigeration & Air Conditioning- MEP 402      

Lectures: 4 hrs/wk          Tutorial/Practical: 2  hrs/wk           Total:6 hrs/wk

Contents:

 ►Single-Stage vapor compression cycle

 ►Multistage vapor compression and cascade cycles,

 ►Condensers and cooling towers Evaporators,

►Evaporators,

►Heat transfer in condensers and evaporators,

►Compressors,

►Air-refrigeration cycles,

►Absorption refrigeration,

►Steam-jet refrigeration,

►Air-conditioning.