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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

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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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What this paper is about

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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Available 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.

Key concepts: Aeroelasticity, Aerospace engineering, Computer science, Aerodynamics, Flight simulator, Aeronautics, Simulation, Engineering

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