Maximum lift/drag hypersonic body shapes obtained with MINT as the

Download scientific diagram | Maximum lift/drag hypersonic body shapes obtained with MINT as the aerodynamic analysis code and: a) constrained DFP, and b) constrained GA. from publication: Invited lecture, EUROGEN'99 - Evolutionary Algorithms in Engineering and Computer Science: Recent Advances and Industrial Applications, Editors: K | Computer Science and Engineering | ResearchGate, the professional network for scientists.

Maximum lift/drag hypersonic body shapes obtained with MINT as the

PDF] Innovative Techniques of Drag Reduction over Blunt Bodies at varied Angles of Attack in Supersonic Flow

Hypersonic Aerodynamics - an overview

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George DULIKRAVICH, Ph.D.

Hypersonic Aerodynamics - an overview

Maximum lift/drag hypersonic body shapes obtained with MINT as the

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George DULIKRAVICH, Ph.D.

Design: One of the major hurdles faced in attaining supersonic speeds by early fighters was the non-sweep design of the wings which increased drag considerably. Yet, the X1 Experimental aircraft had a

Maximum lift/drag hypersonic body shapes obtained with MINT as the