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On the design and use of a flexible nozzle for the Galcit tronsonic tunnel

S. Dhawan

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Abstract

Some aspects concerning the design of flexible nozzles for use in supersonic wind tunnels are discussed. Methods are investigated for matching the deflection patterns of nozzle plates and the theoretical aerodynamic shapes required for uniform, parallel, shockfree flow. Application of the design procedures to the Galcit 4 x 10, transonic wind tunnel is detailed. As a demonstration of a use of the tunnel, the Mach number of shock detachment from a 10[degree] wedge (half angle) is experimentally investigated.

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What this paper is about

Some aspects concerning the design of flexible nozzles for use in supersonic wind tunnels are discussed. Methods are investigated for matching the deflection patterns of nozzle plates and the theoretical aerodynamic shapes required for uniform, parallel, shockfree flow. Application of the design procedures to the Galcit 4 x 10, transonic wind tunnel is detailed. As a demonstration of a use of the tunnel, the Mach number of shock detachment from a 10[degree] wedge (half angle) is experimentally investigated.

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Available abstract

Some aspects concerning the design of flexible nozzles for use in supersonic wind tunnels are discussed. Methods are investigated for matching the deflection patterns of nozzle plates and the theoretical aerodynamic shapes required for uniform, parallel, shockfree flow. Application of the design procedures to the Galcit 4 x 10, transonic wind tunnel is detailed. As a demonstration of a use of the tunnel, the Mach number of shock detachment from a 10[degree] wedge (half angle) is experimentally investigated.

Key concepts: Transonic, Supersonic wind tunnel, Wind tunnel, Aerodynamics, Nozzle, Mach number, Hypersonic wind tunnel, Supersonic speed

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