EXPERIMENTAL STUDY OF HEAT TRANSFER ON LIFTING BODY SURFACE IN SUPERSONIC STREAM

1 January 1970

conference paper
Published by Begell House

https://doi.org/10.1615/ihtc4.2280

Abstract

The experiments show that narrow zones of the intensive heat transfer extended in the direction of the free stream velocity may appear on the leeward (top) surface of a body in the flow with boundary layer separation. The values of the heat transfer coefficient in these zones may he several times greater than those for the unseparated flow. The effect of Reynolds number, incidence and geometrical parameters of lifting bodies at M=5 and 6 on the maximum heat transfer coefficient on the leeward surface is studied.

Keywords

LIFTING BODY
HEAT TRANSFER
STREAM
EXPERIMENTAL
REYNOLDS
UNSEPARATED
SUPERSONIC
GEOMETRICAL

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