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Fluid mechanics / Aerodynamics / Dynamics / Sediment transport / Fluidized bed / Reynolds number / Viscosity / Sedimentation / Fluidization / Chemistry / Fluid dynamics / Chemical engineering


Last updated April 22, Power law correlations for sediment transport in pressure driven channel flows N. A. Patankar Department of Mechanical Engineering, Northwestern University, Evanston, IL 60208
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Document Date: 2001-05-23 09:28:44


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File Size: 246,14 KB

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City

Evanston / Duncan / /

Company

STIM / R. D. Barree Barree & Associates LLC / IL 60208 D. D. / Hu N. A. / Mei / Joseph 2001 N. A. / Ko N. A. / /

Event

Business Partnership / /

Facility

Northwestern University / University of Minnesota / /

IndustryTerm

oil extraction / Power law correlations / simulation tool / equilibrium solution / oil reservoirs / power law / oil production / drag law / hydraulic fracturing applications / oil service / /

Organization

J. Wang Department of Aerospace Engineering and Mechanics / Northwestern University / University of Minnesota / Minneapolis / N. A. Patankar Department of Mechanical Engineering / /

Position

model for drag / Vp / εVp / /

Product

2D / /

ProvinceOrState

Minnesota / Colorado / /

Technology

DNS / fracturing / simulation / ALE / studied using 2D DNS / /

URL

http /

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