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Engineering
Aerospace Engineering
Propulsion Systems
1. Fundamentals of Propulsion
2. Propulsion Performance Analysis
3. Air-Breathing Propulsion Systems
4. Rocket Propulsion Systems
5. Electric and Advanced Propulsion
6. Propulsion System Components
7. Propellants and Materials
8. System Integration and Applications
System Integration and Applications
Engine-Vehicle Integration
Installation Considerations
Structural Mounting
Vibration Isolation
Thermal Protection
Aerodynamic Integration
Nacelle Design
Inlet-Airframe Interaction
Nozzle-Aftbody Integration
Systems Integration
Fuel Systems
Control Systems
Electrical Systems
Environmental Control
Performance Analysis
Mission Requirements
Thrust Requirements
Fuel Consumption
Operating Envelope
Trade Studies
Engine Selection
Performance Optimization
Cost Considerations
Flight Performance
Takeoff Performance
Climb Performance
Cruise Performance
Landing Performance
Space Mission Applications
Launch Vehicle Propulsion
First Stage Requirements
Upper Stage Requirements
Staging Considerations
Spacecraft Propulsion
Orbital Maneuvering
Station Keeping
Attitude Control
Mission Planning
Delta-V Requirements
Trajectory Optimization
Propellant Budgets
Control and Monitoring Systems
Engine Control Systems
Full Authority Digital Control
Hydromechanical Control
Backup Systems
Health Monitoring
Sensor Systems
Diagnostic Algorithms
Prognostic Systems
Safety Systems
Emergency Shutdown
Fire Suppression
Containment Systems
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7. Propellants and Materials
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1. Fundamentals of Propulsion