MEP 521 Heat and Mass Transfer:

General equation for thermal conduction- Steady, 1-D thermal conduction- Fines and extended surfaces- Unsteady thermal conduction- 1-D thermal convection- 2-D thermal convection- Boiling and Condensation – Heat Exchang ers – Mass Transfer.

MEP 522 Thermodynamics:

First law of thermodynamics- second law of thermodynamics- Entropy – Pure materials (steam) – Perfect gases – Psychrometry – Mixture of perfect gases – Power generation and refrigeration cycles – Thermodynamics relations.

MEP 523 Fluid Distribution Systems:

Fluid motion and main governing equations- Types of fluids and flows – Fluid flow in pipes and closed channels- Friction and pressure losses in pipes and closed channels- Pipelines networks and systems- Performance of pumps and pipelines – Pump selection.

MEP 524 Measurement and Control Devices:

Introduction – Principles and standard dimensions- General and main components of measurement devices – Response and behavior measure ment devices- Error analysis-Methods and devices for measuring: temperature, pressure, velocity, flow-rate, and rate of heat transfer- Concepts, terminology, and definitions of Automatic control – Types of control systems for Air-conditioning and Ventilation systems- Automatic control devices used in refrigeration and air-conditioning applications.

MEP 525 Computer Applications:

Mathematical models and usage of computers- Science of digital computers in engineering applications- Numerical analysis: Taylor’s series, finite differences, roots of equations, curve fitting, numerical integration and differentiation- Instantaneous solution of group of equations- Approximation of equations- Applications of programming in the field of Heat and Mass Transfer.

MEP 526 Air-Conditioning:

Psychometric cycles, domestic, industrial – Design conditions- Comfort conditions – Estimation of thermal loads- Air-conditioning systems and their comparisons- Industrial ventilation systems- Air conditioning devices and installations- Automatic control of air-conditioning systems- Energy Rationalization in air-conditioning field.

MEP 527 Refrigeration:

The Reversed Carnot cycle – The Vapor compression c ycles – The Multi-stage cycles – Compressors – Expansion devices – Condensers – Evap orators- Fitting of vapor compression system – Refrigeration by absorption and by using w ater vapor spray (regenerative cooling) – Refrigeration system by air – Electro-thermal refri geration.

MEP 528 Solar Energy:

Basics of Solar radiation – Solar angles – Effect o f atmosphere on solar radiation – measurements of solar radiation – Flat-Plate solar collectors – Solar concentrators-Applications: water heating, solar distillators, photovoltaic- Electric power generation

MEP 529 Engineering Economics:

Total annual costs: fixed cost, operating costs, and investment costs- Sources of capital-Interest and cash flow diagram- Depreciation- Paying debits- Methods of economic selection-Capacity probability analysis- Linear programming- Optimum solutions and operations research – Project planning using probability metho d- Project assignment, assessment and scheduling- Critical path method.

MEP 545 Special course:

Special Topics in Refrigeration and Air-Conditioning.

MEP 546 Special course:

Special Topics in Refrigeration and Air-Conditioning.

MEP 555 Special course:

Special Topics in Refrigeration and Air-Conditioning.

MEP 556 Special course:

Special Topics in Refrigeration and Air-Conditioning.