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- Aerospace Propulsions
Curriculum
- 1 Section
- 42 Lessons
- 10 Weeks
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- Aerospace Propulsions42
- 2.1Introduction
- 2.2Air breathing Engines Turbojet I
- 2.3Air breathing Engines Turbojet II
- 2.4Air breathing Engines Turboprop & Turbofan
- 2.5Air breathing Engines Ramjet & Scramjet
- 2.6Non-air breathing Engines I
- 2.7Non-air breathing Engines II
- 2.8General Performance Parameters I
- 2.9General Performance Parameters II
- 2.10Cycle Analysis Ramjet
- 2.11Cycle Analysis Turbojet I
- 2.12Cycle Analysis Turbojet II
- 2.13Cycle Analysis Turbojet III
- 2.14Cycle Analysis Turbojet IV
- 2.15Cycle Analysis Turbojet V
- 2.16Cycle Analysis Turbojet VI
- 2.17Cycle Analysis Turbofan
- 2.18Rocket Nozzles 1D Analysis I
- 2.19Rocket Nozzles 1D Analysis II
- 2.20Rocket Nozzles 1D Analysis III
- 2.21Rocket Nozzles Real Effects I
- 2.22Rocket Nozzles Real Effects II
- 2.23Rocket Nozzles Thrust Vectoring
- 2.24Solid Rockets Propellants
- 2.25Solid Rockets Burn rate
- 2.26Solid Rockets Performance
- 2.27Solid Rockets Grain
- 2.28Solid Rockets Ignition, Quenching
- 2.29Solid Rockets Igniter, Depressurization
- 2.30Propellant Combustion Combustion Modelling
- 2.31Liquid Rocket Propellants
- 2.32Liquid Rocket Nozzle Cooling I
- 2.33Liquid Rocket Nozzle Cooling II
- 2.34Liquid Rocket Nozzle Cooling III
- 2.35Liquid Rocket Pressure fed system
- 2.36Liquid Rocket Pump fed system
- 2.37Liquid Rocket Pumps
- 2.38Liquid Rocket Fuel Injection
- 2.39Hybrid Rocket Basics
- 2.40Hybrid Rocket Performance
- 2.41Hybrid Rocket Combustion
- 2.42Chemical Equilibrium Analyser SP 273