2012•Ryuutai Kougaku Bumon Kouenkai kouen rombunshuu/Ryutai Kogaku Bumon Koenkai koen ronbunshuOpen access

G621 Aerodynamics Simulation of a Paper Airplane

Toshiki Yoshikawa, Kenichi MATSUNO, Masashi Yamakawa

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Abstract

This paper presents results of flight simulations of a paper airplane in the dynamic motion, where both fluid dynamics and flight dynamics are considered. The flight of six degree of freedom is calculated by use of Moving Computational Domain (MCD) Method. This numerical method can be applied to simulate the dynamic motion of a paper airplane in the physical space without the restriction of region size. In this paper, as a demonstrative calculation, the flight, such as circling movements, of a paper airplane is simulated. The computed results show the dynamics of flow around a paper airplane during the flight.

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This paper presents results of flight simulations of a paper airplane in the dynamic motion, where both fluid dynamics and flight dynamics are considered. The flight of six degree of freedom is calculated by use of Moving Computational Domain (MCD) Method. This numerical method can be applied to simulate the dynamic motion of a paper airplane in the physical space without the restriction of region size. In this paper, as a demonstrative calculation, the flight, such as circling movements, of a paper airplane is simulated. The computed results show the dynamics of flow around a paper airplane during the flight.

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Available abstract

This paper presents results of flight simulations of a paper airplane in the dynamic motion, where both fluid dynamics and flight dynamics are considered. The flight of six degree of freedom is calculated by use of Moving Computational Domain (MCD) Method. This numerical method can be applied to simulate the dynamic motion of a paper airplane in the physical space without the restriction of region size. In this paper, as a demonstrative calculation, the flight, such as circling movements, of a paper airplane is simulated. The computed results show the dynamics of flow around a paper airplane during the flight.

Key concepts: Airplane, Aerodynamics, Flight dynamics, Aerospace engineering, Flight simulator, Computer science, Motion (physics), Wing

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