HEAT TRANSFER RATE FROM A HEATED PLATE IN THE REGION OF A TURBULENT SEPARATION BUBBLE.

M. C. Thompson; K. Hourigan; A. N. Stokes; M. C. Welsh

HEAT TRANSFER RATE FROM A HEATED PLATE IN THE REGION OF A TURBULENT SEPARATION BUBBLE.

M. C. Thompson, K. Hourigan, A. N. Stokes, M. C. Welsh

Research output: Chapter in Book/Report/Conference proceeding › Conference Paper › Research › peer-review

Abstract

A numerical scheme is described which simulates the flow of energy and momentum in a high Reynolds number, medium Peclet number fluid flow over an isothermally heated flat semi-infinite plate with rectangular leading edge. The velocity field is predicted by a discrete-vortex model. The instantaneous thermal field is simultaneously calculated using a non-conservative finite-difference approximation of the energy equation. The heating and cooling of a passive tracer particle demonstrates the action of the vortices in augmenting the heat transfer rate at the plate surface.

Original language	English
Title of host publication	Proceedings of the Fourth International Conference, Numerical Methods in Thermal Problems
Editors	R.W. Lewis, K. Morgan
Publisher	Pineridge Press
Pages	458-469
Number of pages	12
Volume	1
ISBN (Print)	0906674441
Publication status	Published - 1 Dec 1985
Externally published	Yes

Cite this

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title = "HEAT TRANSFER RATE FROM A HEATED PLATE IN THE REGION OF A TURBULENT SEPARATION BUBBLE.",

abstract = "A numerical scheme is described which simulates the flow of energy and momentum in a high Reynolds number, medium Peclet number fluid flow over an isothermally heated flat semi-infinite plate with rectangular leading edge. The velocity field is predicted by a discrete-vortex model. The instantaneous thermal field is simultaneously calculated using a non-conservative finite-difference approximation of the energy equation. The heating and cooling of a passive tracer particle demonstrates the action of the vortices in augmenting the heat transfer rate at the plate surface.",

author = "Thompson, {M. C.} and K. Hourigan and Stokes, {A. N.} and Welsh, {M. C.}",

year = "1985",

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}

HEAT TRANSFER RATE FROM A HEATED PLATE IN THE REGION OF A TURBULENT SEPARATION BUBBLE. / Thompson, M. C.; Hourigan, K.; Stokes, A. N.; Welsh, M. C.

Proceedings of the Fourth International Conference, Numerical Methods in Thermal Problems. ed. / R.W. Lewis; K. Morgan. Vol. 1 Pineridge Press, 1985. p. 458-469.

Research output: Chapter in Book/Report/Conference proceeding › Conference Paper › Research › peer-review

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AU - Hourigan, K.

AU - Stokes, A. N.

AU - Welsh, M. C.

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N2 - A numerical scheme is described which simulates the flow of energy and momentum in a high Reynolds number, medium Peclet number fluid flow over an isothermally heated flat semi-infinite plate with rectangular leading edge. The velocity field is predicted by a discrete-vortex model. The instantaneous thermal field is simultaneously calculated using a non-conservative finite-difference approximation of the energy equation. The heating and cooling of a passive tracer particle demonstrates the action of the vortices in augmenting the heat transfer rate at the plate surface.

AB - A numerical scheme is described which simulates the flow of energy and momentum in a high Reynolds number, medium Peclet number fluid flow over an isothermally heated flat semi-infinite plate with rectangular leading edge. The velocity field is predicted by a discrete-vortex model. The instantaneous thermal field is simultaneously calculated using a non-conservative finite-difference approximation of the energy equation. The heating and cooling of a passive tracer particle demonstrates the action of the vortices in augmenting the heat transfer rate at the plate surface.

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SN - 0906674441

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BT - Proceedings of the Fourth International Conference, Numerical Methods in Thermal Problems

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PB - Pineridge Press

ER -

HEAT TRANSFER RATE FROM A HEATED PLATE IN THE REGION OF A TURBULENT SEPARATION BUBBLE.

Abstract

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