Buried wire separation detector simulation in compressible flow (original) (raw)

AIAA Journal, 1981

Abstract

A model based on a solution of two-dimensional, time-dependent Navier-Stokes equations for compressible turbulent flow, coupled with the solution of the heat conduction in the solid underlying a boundary layer, is presented. Computational results indicate that the sensitivity of the buried gage simulation increases with source strength and the conductivity decrease of the solid substrate, and that heat source influence on the flow is minimal even in cases where measurements of significant temperature increase exist.

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