Course Schedule:
13:00-15:00 (2) lec
15:00-18:00 (2) lab
Course Schedule:
10:30-12:00 (1,3)
Course Schedule:
10:30-12:00 (2,4)

Hello

Course Schedule:
09:00-10:30 (2,4)
Course Schedule:
09:00-11:00 (6) lec
13:00-16:00 (6) lab

Course DescriptionAfter completing this course, the student must be able to:

1. To know the practical applications of the Thermodynamic principles learned in Thermodynamics 1.

2. To know the importance of two-phase vapor systems and its importance in relation to power production

3. To acquire the necessary knowledge with regards to gas power plants and standard air –power cycle

  • Course Outcomes - After completing this course, the student must be able to:1. Apply the concepts of Thermodynamic in analyzing Power Cycles
  •  Determine the physical and thermodynamic properties of ideal gas mixtures, real gases, and mixtures of gases and vapor
  • Evaluate the performance of vapor power cycles and gas power plants and standard air –power cycle
  • Course Outline 
  • 1.Review the Thermodynamic Cycle
  • 2. Simple Rankine Cycle Analysis
  • 3. Improving Rankine Cycle Efficiency
  • 4. Actual Rankine Cycle
  • 5. Ideal and Actual Reheat Cycle
  • 6. Ideal and Actual Regenerative Cycle
  • 7. Ideal and Actual Reheat-Regenerative Cycle
  • 8. Binary Cycles
  • 9. Topping or superposing cycles
  • 10. Incomplete Expansion Engine
  • 11. Other Gas Power Cycles
  • 12. Brayton Cycle
  • 13. Air-standard cycle, OTTO/Diesel Cycle
  • 14. Gas Compression Analysis
  • 15. Real Gases
  • 16. Properties of gas and vapor mixtures
Course Schedule:
13:00-14:30 (1,3)

Course Schedule:
13:00-19:00 (5)
Course Schedule:
10:00 - 12:00 (5)