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Turbulence / Aerodynamics / Air dispersion modeling / Turbulence modeling / Computational fluid dynamics / Navier–Stokes equations / Large eddy simulation / Plume / Wake / Fluid dynamics / Physics / Fluid mechanics


J2.5 HIGH FIDELITY MODELING OF URBAN FEATURES L. Joel Peltier* Sue Ellen Haupt Applied Research Laboratory, The Pennsylvania State University, State College, PA
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Document Date: 2012-11-11 10:13:12


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File Size: 2,36 MB

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City

Rustin / Eindhoven / Salt Lake City / Columbus / San Diego / Mountain View / Pennsylvania State / /

Company

ACUSIM AcuSolve Software Inc. / ACUSIM Software Inc. / Applied Research Laboratory / Peltier* Sue Ellen Haupt Applied Research Laboratory / Coastal / Greyden Press / /

Country

United States / Netherlands / /

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Event

FDA Phase / Environmental Issue / /

Facility

Penn State University / Pennsylvania State University / Penn State Main campus / Garfield Thomas Water Tunnel / Bus Depot / West Campus complex / Applied Science Building / Penn State University West Campus / Leonhard Building / Technology building / State College / /

IndustryTerm

turbulence energy feed / scientific applications / turbulence energy / urban applications / energy feed / /

Organization

The Pennsylvania State University / SA RANS / Pennsylvania State University / State College / Penn State University / /

Person

Kim / John C. Wyngaard / Simulator / J. Applied Meteorol / Baik / /

Position

author / HB / operational dispersion model for urban applications / model / Walker / major US metropolitan areas / dispersion model / WB / CFD model / and the boundary and initial conditions / model of this type / /

Product

CFD / /

ProvinceOrState

Pennsylvania / Indiana / California / /

Technology

DES algorithm / fluid dynamics / heat transfer / simulation / /

URL

http /

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