- Degree Bachelor
- Code: EME 2302
- Credit hrs: 3
- Prequisites: EBA 1104
This course provides an introduction to the fundamental principles of classical thermodynamics and their application to engineering systems. Topics include the concepts of energy, heat, work, and properties of pure substances; thermodynamic systems and control volumes; equations of state; and the first and second laws of thermodynamics. The course also covers processes for ideal gases and real substances, energy analysis of closed and open systems, and basic power/refrigeration cycles. Emphasis is placed on developing a clear understanding of thermodynamic principles, problem-solving skills, and the ability to apply these concepts to practical engineering situations.
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 | Introduction (Revision on first law of thermodynamics, Process and second law of thermodynamics) |
| 2 | Introduction to Exergy |
| 3 | Heat engine cycles (Basics - Carnot Cycle) |
| 4 | Heat engine cycles (Joule Cycle – Otto Cycle) |
| 5 | Heat engine cycles (Diesel Cycle – Dual Cycle) |
| 6 | Steam Cycles (Rankine cycle – using steam tables) |
| 7 | Steam Cycles (Rankine cycle with super heat) and 7th week assessment |
| 8 | Steam Cycles (enthalpy / entropy chart) |
| 9 | Steam Cycles (Reheat Cycle) |
| 10 | Refrigeration and Heat Pump (Reversed Heat Engine cycle – Vapor Compression Cycles). |
| 11 | Refrigeration and Heat Pump (Vapor Compression Cycles – Using Tables). |
| 12 | Refrigeration and Heat Pump (pressure / enthalpy diagram) 12th week Assessment |
| 13 | Mixtures (Dalton law and Gibbs Dalton law) |
| 14 | Mixtures. (Volumetric/mass analysis of gas mixture) |
| 15 | Mixtures. (Molar mass – Specific gas constant – Specific heat capacity of gas mixture) |
| 16 | Final Exam |
| 1 | Introduction (Revision on first law of thermodynamics, Process and second law of thermodynamics) |
| 2 | Introduction to Exergy |
| 3 | Heat engine cycles (Basics - Carnot Cycle) |
| 4 | Heat engine cycles (Joule Cycle – Otto Cycle) |
| 5 | Heat engine cycles (Diesel Cycle – Dual Cycle) |
| 6 | Steam Cycles (Rankine cycle – using steam tables) |
| 7 | Steam Cycles (Rankine cycle with super heat) and 7th week assessment |
| 8 | Steam Cycles (enthalpy / entropy chart) |
| 9 | Steam Cycles (Reheat Cycle) |
| 10 | Refrigeration and Heat Pump (Reversed Heat Engine cycle – Vapor Compression Cycles). |
| 11 | Refrigeration and Heat Pump (Vapor Compression Cycles – Using Tables). |
| 12 | Refrigeration and Heat Pump (pressure / enthalpy diagram) 12th week Assessment |
| 13 | Mixtures (Dalton law and Gibbs Dalton law) |
| 14 | Mixtures. (Volumetric/mass analysis of gas mixture) |
| 15 | Mixtures. (Molar mass – Specific gas constant – Specific heat capacity of gas mixture) |
| 16 | Final Exam |
| 1 | Introduction (Revision on first law of thermodynamics, Process and second law of thermodynamics) |
| 2 | Introduction to Exergy |
| 3 | Heat engine cycles (Basics - Carnot Cycle) |
| 4 | Heat engine cycles (Joule Cycle – Otto Cycle) |
| 5 | Heat engine cycles (Diesel Cycle – Dual Cycle) |
| 6 | Steam Cycles (Rankine cycle – using steam tables) |
| 7 | Steam Cycles (Rankine cycle with super heat) and 7th week assessment |
| 8 | Steam Cycles (enthalpy / entropy chart) |
| 9 | Steam Cycles (Reheat Cycle) |
| 10 | Refrigeration and Heat Pump (Reversed Heat Engine cycle – Vapor Compression Cycles). |
| 11 | Refrigeration and Heat Pump (Vapor Compression Cycles – Using Tables). |
| 12 | Refrigeration and Heat Pump (pressure / enthalpy diagram) 12th week Assessment |
| 13 | Mixtures (Dalton law and Gibbs Dalton law) |
| 14 | Mixtures. (Volumetric/mass analysis of gas mixture) |
| 15 | Mixtures. (Molar mass – Specific gas constant – Specific heat capacity of gas mixture) |
| 16 | Final Exam |
Start your application