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Flat plate turbulent boundary layer static temperature distribution with heat transfer

S. Z. Pinckney

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Abstract

An expression for the static temperature-velocity distribution for a zero pressure gradient turbulent boundary layer is derived based on the differential equations for local heat transfer and shear. The present theoretical method of computation is found to give results that correspond well with available experimental temperature velocity distributions.

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An expression for the static temperature-velocity distribution for a zero pressure gradient turbulent boundary layer is derived based on the differential equations for local heat transfer and shear. The present theoretical method of computation is found to give results that correspond well with available experimental temperature velocity distributions.

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Available abstract

An expression for the static temperature-velocity distribution for a zero pressure gradient turbulent boundary layer is derived based on the differential equations for local heat transfer and shear. The present theoretical method of computation is found to give results that correspond well with available experimental temperature velocity distributions.

Key concepts: Boundary layer, Turbulence, Mechanics, Heat transfer, Film temperature, Materials science, Physics, Nusselt number

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