Aeroelastic modeling of macrobody aircraft for real-time-flight simulation
M. Dahms, W. Kindel, Robert Liebich, Olaf Schmidt, M. Dahms, W. Kindel, Robert Liebich, Olaf Schmidt
Abstract
M. Dahms, W. Kindel, Robert Liebich, Olaf Schmidt, M. Dahms, W. Kindel, Robert Liebich, Olaf Schmidt
Abstract
The trend to larger transport aircraft leads to new problems, which require an integrated point of view already in the pre-development phase. Due to the close coupling of flight mechanical and structural modes a quasi-stationary model is no longer adequate to describe the aircraft behavior for flightmechanical investigations on flying qualities. For some of those investigations pilot-in-the-loop analysis of flight dynamics are necessary, which have to be carried out using a flight simulator. This paper presents the development of a real-time capable model for a very large, flexible transport aircraft.
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The trend to larger transport aircraft leads to new problems, which require an integrated point of view already in the pre-development phase. Due to the close coupling of flight mechanical and structural modes a quasi-stationary model is no longer adequate to describe the aircraft behavior for flightmechanical investigations on flying qualities. For some of those investigations pilot-in-the-loop analysis of flight dynamics are necessary, which have to be carried out using a flight simulator. This paper presents the development of a real-time capable model for a very large, flexible transport aircraft.
Key concepts: Aeroelasticity, Aerospace engineering, Computer science, Aerodynamics, Flight simulator, Aeronautics, Simulation, Engineering