An experimental and analytical investigation of the aerodynamics of a hypersonic vehicle at free stream Mach 6
V. Zakkay, C. R. Wang, Hardik Parikh, Atsushi MUNAKATA
Abstract
V. Zakkay, C. R. Wang, Hardik Parikh, Atsushi MUNAKATA
Abstract
The goal of this research is the assessment of the validity of existing three dimensional numerical programs in the prediction of the flow fields about general three dimensional hypersonic bodies. A detailed experimental research program was performed in which surface and flow field pressures were mapped. The results of the experimental work were compared with existing inviscid programs. Improvements were made on the existing numerical methods to include angle of attack. A summary of this work is presented.
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The goal of this research is the assessment of the validity of existing three dimensional numerical programs in the prediction of the flow fields about general three dimensional hypersonic bodies. A detailed experimental research program was performed in which surface and flow field pressures were mapped. The results of the experimental work were compared with existing inviscid programs. Improvements were made on the existing numerical methods to include angle of attack. A summary of this work is presented.
Key concepts: Inviscid flow, Aerodynamics, Mach number, Hypersonic speed, Aerospace engineering, Angle of attack, Work (physics), Flow (mathematics)