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Boundary Layer Effect on the Surface Pressure of an Infinite Cone in Supersonic Flow (1951)

Lin, T. C. ; Sherman, F. S. ; Schaaf, S. A.

In: CASI

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Publication Date: 2019-08-26

Description: The theory of Taylor and Maccoll (Ref,1) gives the surface pressure on an infinite cone in supersonic flow as a function of the cone vertex angle and the free stream Mach number and static pressure for a gas of vanishing viscosity. When a slender conical probe is used together with an impact pressure probe to determine the static pressure and Mach number in a low density gas stream, it is desirable to have some theoretical estimate of the effect of viscous boundary layer on the probe readings. Theoretical and experimental results with respect to impact probes have been presented in Refs. 5 and 6. A simple approximation for a conical probe based on linearized supersonic flow and compressible boundary layer theory is presented here.

Keywords: Fluid Mechanics and Thermodynamics

Type: HE-150-80

Format: application/pdf

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