Computer simulation of convective cooling effectiveness inside turning passages

Seungsoo Lee; George S. Dulikravich

Computer simulation of convective cooling effectiveness inside turning passages

Seungsoo Lee, George S. Dulikravich

Pennsylvania State University

Research output: Contribution to conference › Paper › peer-review

1 Scopus citations

Abstract

A complete mathematical model for laminar steady incompressible flows including heat transfer is presented. It is demonstrated that the accurate and efficient prediction of detailed flow and thermal fields is computationally feasible for arbitrary passages. Fluids with higher Prandtl numbers are shown to offer clearly better cooling characteristics.

Original language	English
Pages	27-28
Number of pages	2
State	Published - 1990
Externally published	Yes
Event	Proceedings of the Sixteenth Annual Northeast Bioengineering Conference - University Park, PA, USA Duration: 26 Mar 1990 → 27 Mar 1990

Conference

Conference	Proceedings of the Sixteenth Annual Northeast Bioengineering Conference
City	University Park, PA, USA
Period	26/03/90 → 27/03/90

Cite this

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title = "Computer simulation of convective cooling effectiveness inside turning passages",

abstract = "A complete mathematical model for laminar steady incompressible flows including heat transfer is presented. It is demonstrated that the accurate and efficient prediction of detailed flow and thermal fields is computationally feasible for arbitrary passages. Fluids with higher Prandtl numbers are shown to offer clearly better cooling characteristics.",

author = "Seungsoo Lee and Dulikravich, {George S.}",

year = "1990",

language = "English",

pages = "27--28",

note = "Proceedings of the Sixteenth Annual Northeast Bioengineering Conference ; Conference date: 26-03-1990 Through 27-03-1990",

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T1 - Computer simulation of convective cooling effectiveness inside turning passages

AU - Lee, Seungsoo

AU - Dulikravich, George S.

PY - 1990

Y1 - 1990

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AB - A complete mathematical model for laminar steady incompressible flows including heat transfer is presented. It is demonstrated that the accurate and efficient prediction of detailed flow and thermal fields is computationally feasible for arbitrary passages. Fluids with higher Prandtl numbers are shown to offer clearly better cooling characteristics.

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M3 - Paper

AN - SCOPUS:0025214807

SP - 27

EP - 28

T2 - Proceedings of the Sixteenth Annual Northeast Bioengineering Conference

Y2 - 26 March 1990 through 27 March 1990

ER -

Computer simulation of convective cooling effectiveness inside turning passages

Abstract

Conference

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