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1. Anatomy and SSSF Analysis of Ideal Turbo Jet Engine P M V Subbarao
Professor
Mechanical Engineering Department
2. Anatomy of A Jet Engine
3. Ideal Turbo Jet Cycle
4. Anatomy of A Jet Engine : Intake
5. Inlet : Steady State Stead Flow
8. A fluid at rest (zero macroscopic kinetic energy) can convert its internal energy or enthalpy into kinetic energy, provided:
It is above absolute zero pressure and temperature.
A moving fluid (finite macroscopic kinetic energy) can convert its kinetic energy into internal energy or enthalpy.
Maximum possible conversion corresponds to fluid coming to rest.
10. Measure of Compression
11. Maximum Possible Compression
12. Control Volumes Can never Afford to Generate Maximum Compression Total Pressure and Total Temperature are just reference measures…..
13. Anatomy of A Jet Engine : Compressor
14. Compressor : Steady State Stead Flow Process
17. Measure of Extra Life Generation
18. Anatomy of A Jet Engine: Combustion Chamber
19. 3 – 4 : Isobaric Heat addition
No work transfer and change in potential energies is negligible
20. 3 – 4 : Ideal Combustor
No work transfer and change in potential energies is negligible & adiabatic combustion
22. Anatomy of A Jet Engine:Turbine
25. Anatomy of A Jet Engine : Nozzle
26. Nozzle : Steady State Stead Flow
27. Anatomy of An Ideal Jet Engine
28. Ideal Turbo Jet Cycle