1. Des. Ton Nguyen

3. MAIN PARTS  Fan  Compressor  Combustor  Turbine  Nozzle

4. Processes in the engine  Air enters the engine through the fan  Some air is compressed in the compressor  Compressed air is mixed with fuel and ignited in the combustor  Heat and pressure cause the air expand through the turbins, part of the air spins the turbine  Burning mixture exits the engine throuhg the exhaust nozzle, which generates thrust

8. MAIN PARTS  Compressor  Combustor  Turbine  Nozzle

9. Processes in the engine  Air flows into the engine  Air is compressed to high pressure  Fuel is injected  Cooler air reduces temperature  Gas exits the exhaust nozzle, which generates thrust

13. MAIN PARTS  Propeller  Compressor  Combustor  Turbine+extra  Nozzle

14. MAIN PARTS  Reduction Gear box  Propeller drive shaft

15. Processes in the engine  The same principle as turbojet or turbofan  Most of the hot air is used for rotating the extra turbine  The extra turbine makes the propeller spin using reduction gear

19. MAIN PARTS  Compressor  Combustor  Turbine+extra  Nozzle

20. MAIN PARTS  Reduction Gear box  Drive shaft+extra shaft

21. Processes in engine  The same principle as the turboprop engine  The propeller is removed  There is couple of gear boxes  It can drive a helicopter rotor