Research on the Aerodynamic Design of A Large OFW Supersonic Airliner
Zhang Dong-yun
Abstract
Zhang Dong-yun
Abstract
An oblique flying wing with a cruise mach number of 1.41 is designed. It includes the design of the airfoil sections and a blending of these airfoil sections to create the wing. Using a parameterized airfoil shape generator, a careful tailoring of the wing planform and planform bending, twisting and wing thickness distribution are used to ensure a nearly elliptic load distribution and a minimum drag body area distribution. The lift coefficient and wing sweep are varied sequentially to arrive at an optimum inviscid design.
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An oblique flying wing with a cruise mach number of 1.41 is designed. It includes the design of the airfoil sections and a blending of these airfoil sections to create the wing. Using a parameterized airfoil shape generator, a careful tailoring of the wing planform and planform bending, twisting and wing thickness distribution are used to ensure a nearly elliptic load distribution and a minimum drag body area distribution. The lift coefficient and wing sweep are varied sequentially to arrive at an optimum inviscid design.
Key concepts: Airfoil, Wing, Aerodynamics, Wing twist, Aerospace engineering, Angle of attack, Supersonic speed, Lift coefficient