High Performance Aircraft
| Lecturer (assistant) | |
|---|---|
| Type | lecture |
| Duration | 2 SWS |
| Term | Summer semester 2023 |
| Language of instruction | Deutsch |
Dates
Description
-Introduction (history, configuration design, preliminary design)
-Transsonic and supersonic aerodynamics, basics of hypersonic aerodynamics (lift, drag, 3D effects/wing sweep)
-Aircraft aerodynamics regarding vortex based lift (lift, drag and stability)
-high lift devices and maneuver flaps
-Mass analysis and estimation
-Engine integration (engine types, thrust characteristics, fuel consumption, inlet and nozzle design, bookkeeping and installation effects, geometry and mass, thrust vectoring)
-Stealth properties and measures for reduction of radar signature
-Aircraft dimensioning diagram (design point, multi point design, parameter variation)
-Analysis of existing configurations
-Transsonic and supersonic aerodynamics, basics of hypersonic aerodynamics (lift, drag, 3D effects/wing sweep)
-Aircraft aerodynamics regarding vortex based lift (lift, drag and stability)
-high lift devices and maneuver flaps
-Mass analysis and estimation
-Engine integration (engine types, thrust characteristics, fuel consumption, inlet and nozzle design, bookkeeping and installation effects, geometry and mass, thrust vectoring)
-Stealth properties and measures for reduction of radar signature
-Aircraft dimensioning diagram (design point, multi point design, parameter variation)
-Analysis of existing configurations
Prerequisites
Aircraft Design (recommended)