On the use of the boundary layer integral equations for the prediction of skin friction and heat transfer

The usefulness of the energy equation integrated over the thickness of the boundary layer, in predicing heat transfer rates to smooth body surfaces in investigated. It is found that on assuming very simple closure relations, similar to those often used with the momentum equation, highly accurate pre...

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Bibliographic Details
Main Author:	Hellon, C. S.
Other Authors:	Poll, D. I. A.
Published:	Cranfield University 1986
Subjects:	629.1323 Aerodynamics
Online Access:	http://ethos.bl.uk/OrderDetails.do?uin=uk.bl.ethos.376213

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spelling	ndltd-bl.uk-oai-ethos.bl.uk-3762132018-05-12T03:23:47ZOn the use of the boundary layer integral equations for the prediction of skin friction and heat transferHellon, C. S.Poll, D. I. A.1986The usefulness of the energy equation integrated over the thickness of the boundary layer, in predicing heat transfer rates to smooth body surfaces in investigated. It is found that on assuming very simple closure relations, similar to those often used with the momentum equation, highly accurate predictions are made. It is shown further that the usefulness of these predictions extend into areas where the momentum equation-skin friction predictions, which have proved so popular, break down such as regions of reverse flow and shock/boundary layer interactions. The technique is has been tested in laminar transitional and turbulent flows with both experiment and other more complex theories. The technique is extended to three-dimensional laminar flows with the inclusion of a crossflow model.629.1323AerodynamicsCranfield Universityhttp://ethos.bl.uk/OrderDetails.do?uin=uk.bl.ethos.376213http://dspace.lib.cranfield.ac.uk/handle/1826/3616Electronic Thesis or Dissertation
collection	NDLTD
sources	NDLTD
topic	629.1323 Aerodynamics
spellingShingle	629.1323 Aerodynamics Hellon, C. S. On the use of the boundary layer integral equations for the prediction of skin friction and heat transfer
description	The usefulness of the energy equation integrated over the thickness of the boundary layer, in predicing heat transfer rates to smooth body surfaces in investigated. It is found that on assuming very simple closure relations, similar to those often used with the momentum equation, highly accurate predictions are made. It is shown further that the usefulness of these predictions extend into areas where the momentum equation-skin friction predictions, which have proved so popular, break down such as regions of reverse flow and shock/boundary layer interactions. The technique is has been tested in laminar transitional and turbulent flows with both experiment and other more complex theories. The technique is extended to three-dimensional laminar flows with the inclusion of a crossflow model.
author2	Poll, D. I. A.
author_facet	Poll, D. I. A. Hellon, C. S.
author	Hellon, C. S.
author_sort	Hellon, C. S.
title	On the use of the boundary layer integral equations for the prediction of skin friction and heat transfer
title_short	On the use of the boundary layer integral equations for the prediction of skin friction and heat transfer
title_full	On the use of the boundary layer integral equations for the prediction of skin friction and heat transfer
title_fullStr	On the use of the boundary layer integral equations for the prediction of skin friction and heat transfer
title_full_unstemmed	On the use of the boundary layer integral equations for the prediction of skin friction and heat transfer
title_sort	on the use of the boundary layer integral equations for the prediction of skin friction and heat transfer
publisher	Cranfield University
publishDate	1986
url	http://ethos.bl.uk/OrderDetails.do?uin=uk.bl.ethos.376213
work_keys_str_mv	AT helloncs ontheuseoftheboundarylayerintegralequationsforthepredictionofskinfrictionandheattransfer
_version_	1718636722774867968

On the use of the boundary layer integral equations for the prediction of skin friction and heat transfer

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