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Chemical engineering / Heat conduction / Transport phenomena / Thermodynamics / Dimensionless quantity / Heat / Thermal conduction / Constitutive equation / Nucleate boiling / Heat transfer / Physics / Mechanical engineering


Parameter Sensitivity Study of Boiling and Two-Phase Flow Models in CFD Timothy J. Drzewiecki, Isaac M. Asher, Timothy P. Grunloh, Victor E. Petrov, Krzysztof J. Fidkowski, Annalisa Manera and Thomas J. Downar
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Document Date: 2012-11-23 13:09:22


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File Size: 2,17 MB

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City

Ann Arbor / /

Company

The STAR / Multi-Science Publishing / Ansys / /

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Facility

University of Michigan Received / University of Michigan / /

IndustryTerm

gas/liquid turbulent viscosity ratio / gas-liquid momentum transfer / gas void fraction peak / energy transport equations / gas-liquid heat / gas turbulent viscosity parameter / post-processing / overall solution / Liquid-to-gas / gas phase / uncertainty analysis software / energy / /

MarketIndex

DEBORA / /

Organization

University of Michigan Received / University of Michigan / /

Person

Isaac M. Asher / Krzysztof J. Fidkowski / Timothy P. Grunloh / Victor E. Petrov / Thomas J. Downar / Timothy J. Drzewiecki / Annalisa Manera / Thomas J. Downar Figure / /

Position

Ranz-Marshall / *Corresponding Author / model in Figure / representative / Marshall / Heat partitioning model / /

ProvinceOrState

Florida / Michigan / /

Technology

condensation / heat transfer / simulation / /

SocialTag