- Degree Bachelor
- Code: EME 3303
- Credit hrs: 3
- Prequisites: EME 2302
This course builds upon the fundamentals introduced in Thermodynamics I, focusing on the analysis of power and refrigeration cycles, mixtures, and reacting systems. It emphasizes practical applications of thermodynamic principles to engineering systems such as gas turbines, refrigeration cycle and combustion.
Bachelor Degree in Mechanical Engineering (Energy and Power Engineering) (160 Cr.)
T.D. Eastop “Applied Thermodynamics for Engineering Technologists“, Longman, Latest Edition
| content serial | Description |
|---|---|
| 1 | Revision on first law of thermodynamics and second law of thermodynamics |
| 2 | Psychometric & Air conditioning (Psychometric mixtures) |
| 3 | Psychometric & Air conditioning (Psychometric properties) |
| 4 | Psychometric & Air conditioning (Air Conditioning Systems) |
| 5 | Heat Transfer (Fourier’s law of conduction – Newton’s law of cooling ) |
| 6 | Heat Transfer (Composite wall and the electrical analogy) |
| 7 | Heat Transfer (heat flow Through cylinder and sphere) + 7th week assessment |
| 8 | Heat Transfer (heat flow Through cylinder and sphere) |
| 9 | Gas Turbine Cycle (Principals of Gas turbine cycle) |
| 10 | Gas Turbine Cycle (Modification of basic cycle) |
| 11 | Gas Turbine Cycle (Modification of basic cycle) |
| 12 | Combustion (Basic Chmistry – Fuels )+ 12th week assessment |
| 13 | Combustion (Combustion equations – Stoichiometric air to fuel ratio) |
| 14 | Combustion (Exhaust and flue gas analysis) |
| 15 | Nozzles |
| 1 | Revision on first law of thermodynamics and second law of thermodynamics |
| 2 | Psychometric & Air conditioning (Psychometric mixtures) |
| 3 | Psychometric & Air conditioning (Psychometric properties) |
| 4 | Psychometric & Air conditioning (Air Conditioning Systems) |
| 5 | Heat Transfer (Fourier’s law of conduction – Newton’s law of cooling ) |
| 6 | Heat Transfer (Composite wall and the electrical analogy) |
| 7 | Heat Transfer (heat flow Through cylinder and sphere) + 7th week assessment |
| 8 | Heat Transfer (heat flow Through cylinder and sphere) |
| 9 | Gas Turbine Cycle (Principals of Gas turbine cycle) |
| 10 | Gas Turbine Cycle (Modification of basic cycle) |
| 11 | Gas Turbine Cycle (Modification of basic cycle) |
| 12 | Combustion (Basic Chmistry – Fuels )+ 12th week assessment |
| 13 | Combustion (Combustion equations – Stoichiometric air to fuel ratio) |
| 14 | Combustion (Exhaust and flue gas analysis) |
| 15 | Nozzles |
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