Numerical procedure for calculating steady/unsteady single-phase/two-phase three-dimensional fluid flow with heat transfer.

V. L. Shah; W. T. Sha; H. M. Domanus; J. L. Krazinski; C. C. Miao; R. C. Schmitt; S. P. Vanka; S. V. Patankar

Numerical procedure for calculating steady/unsteady single-phase/two-phase three-dimensional fluid flow with heat transfer.

V. L. Shah, W. T. Sha, H. M. Domanus, J. L. Krazinski, C. C. Miao, R. C. Schmitt, S. P. Vanka, S. V. Patankar

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Abstract

A numerical method for the calculation of steady/unsteady, single phase/two phase, three dimensional fluid flow is described. The procedure is based on the control volume approach, which enables the derivation of physically meaningful finite difference equations. The conservation equations employed are based on a two fluid model. Surface permeabilities and volume porosities are included in the finite difference formulations to account for dispersed solid objects in a flow domain. The derivation of the equations and the required iteration scheme are presented and flow charts are provided for the planning and design of a computer program.

Original language	English (US)
Journal	[No source information available]
State	Published - 1979
Externally published	Yes

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Engineering(all)

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title = "Numerical procedure for calculating steady/unsteady single-phase/two-phase three-dimensional fluid flow with heat transfer.",

abstract = "A numerical method for the calculation of steady/unsteady, single phase/two phase, three dimensional fluid flow is described. The procedure is based on the control volume approach, which enables the derivation of physically meaningful finite difference equations. The conservation equations employed are based on a two fluid model. Surface permeabilities and volume porosities are included in the finite difference formulations to account for dispersed solid objects in a flow domain. The derivation of the equations and the required iteration scheme are presented and flow charts are provided for the planning and design of a computer program.",

author = "Shah, {V. L.} and Sha, {W. T.} and Domanus, {H. M.} and Krazinski, {J. L.} and Miao, {C. C.} and Schmitt, {R. C.} and Vanka, {S. P.} and Patankar, {S. V.}",

year = "1979",

language = "English (US)",

journal = "[No source information available]",

issn = "1001-0742",

publisher = "Chinese Academy of Sciences",

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TY - JOUR

T1 - Numerical procedure for calculating steady/unsteady single-phase/two-phase three-dimensional fluid flow with heat transfer.

AU - Shah, V. L.

AU - Sha, W. T.

AU - Domanus, H. M.

AU - Krazinski, J. L.

AU - Miao, C. C.

AU - Schmitt, R. C.

AU - Vanka, S. P.

AU - Patankar, S. V.

PY - 1979

Y1 - 1979

N2 - A numerical method for the calculation of steady/unsteady, single phase/two phase, three dimensional fluid flow is described. The procedure is based on the control volume approach, which enables the derivation of physically meaningful finite difference equations. The conservation equations employed are based on a two fluid model. Surface permeabilities and volume porosities are included in the finite difference formulations to account for dispersed solid objects in a flow domain. The derivation of the equations and the required iteration scheme are presented and flow charts are provided for the planning and design of a computer program.

AB - A numerical method for the calculation of steady/unsteady, single phase/two phase, three dimensional fluid flow is described. The procedure is based on the control volume approach, which enables the derivation of physically meaningful finite difference equations. The conservation equations employed are based on a two fluid model. Surface permeabilities and volume porosities are included in the finite difference formulations to account for dispersed solid objects in a flow domain. The derivation of the equations and the required iteration scheme are presented and flow charts are provided for the planning and design of a computer program.

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M3 - Article

AN - SCOPUS:85040092753

SN - 1001-0742

JO - [No source information available]

JF - [No source information available]

ER -

Numerical procedure for calculating steady/unsteady single-phase/two-phase three-dimensional fluid flow with heat transfer.

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