COMBINED FINITE-DIFFERENCE AND DISCRETE-VORTEX SOLUTION OF ACOUSTICALLY PERTURBED TWO-DIMENSIONAL SEPARATED FLOW AROUND A HEATED PLATE.

Mark C. Thompson; Kerry Hourigan

COMBINED FINITE-DIFFERENCE AND DISCRETE-VORTEX SOLUTION OF ACOUSTICALLY PERTURBED TWO-DIMENSIONAL SEPARATED FLOW AROUND A HEATED PLATE.

Australian Research Data Commons (ARDC)

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

Abstract

A numerical solution is presented for the two-dimensional inviscid incompressible separated flow over a heated flat semi-infinite plate with a square leading edge aligned normal to the flow. The instantaneous flow velocity field is computed using a discrete-vortex model. The instantaneous thermal field is calculated via a third-order upwind differencing technique. Augmentation of the time-average Nusselt number is found to occur as the mean reattachment length is shortened through application of a transverse sound field.

Original language	English
Title of host publication	Computational Techniques and Applications: CTAC-85
Editors	John Noye, Robert May
Publisher	North-Holland
Pages	405-416
Number of pages	12
ISBN (Print)	0444879951
Publication status	Published - 1 Dec 1986

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Cite this

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title = "COMBINED FINITE-DIFFERENCE AND DISCRETE-VORTEX SOLUTION OF ACOUSTICALLY PERTURBED TWO-DIMENSIONAL SEPARATED FLOW AROUND A HEATED PLATE.",

abstract = "A numerical solution is presented for the two-dimensional inviscid incompressible separated flow over a heated flat semi-infinite plate with a square leading edge aligned normal to the flow. The instantaneous flow velocity field is computed using a discrete-vortex model. The instantaneous thermal field is calculated via a third-order upwind differencing technique. Augmentation of the time-average Nusselt number is found to occur as the mean reattachment length is shortened through application of a transverse sound field.",

author = "Thompson, {Mark C.} and Kerry Hourigan",

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COMBINED FINITE-DIFFERENCE AND DISCRETE-VORTEX SOLUTION OF ACOUSTICALLY PERTURBED TWO-DIMENSIONAL SEPARATED FLOW AROUND A HEATED PLATE. / Thompson, Mark C.; Hourigan, Kerry.

Computational Techniques and Applications: CTAC-85. ed. / John Noye; Robert May. North-Holland, 1986. p. 405-416.

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

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N2 - A numerical solution is presented for the two-dimensional inviscid incompressible separated flow over a heated flat semi-infinite plate with a square leading edge aligned normal to the flow. The instantaneous flow velocity field is computed using a discrete-vortex model. The instantaneous thermal field is calculated via a third-order upwind differencing technique. Augmentation of the time-average Nusselt number is found to occur as the mean reattachment length is shortened through application of a transverse sound field.

AB - A numerical solution is presented for the two-dimensional inviscid incompressible separated flow over a heated flat semi-infinite plate with a square leading edge aligned normal to the flow. The instantaneous flow velocity field is computed using a discrete-vortex model. The instantaneous thermal field is calculated via a third-order upwind differencing technique. Augmentation of the time-average Nusselt number is found to occur as the mean reattachment length is shortened through application of a transverse sound field.

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BT - Computational Techniques and Applications: CTAC-85

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