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Aerodynamics / Chemical engineering / Computational fluid dynamics / Turbulence / Separator / Navier–Stokes equations / Volume of fluid method / Turbulence kinetic energy / Turbulence modeling / Fluid dynamics / Fluid mechanics / Physics


World Applied Sciences Journal[removed]): [removed], 2013 ISSN[removed] © IDOSI Publications, 2013 DOI: [removed]idosi.wasj[removed] Numerical Model of Baffle Location Effect on
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Document Date: 2013-12-09 12:29:41

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City

Johor Bahru / Penang / Washington / /

Company

Vf / USM / /

Country

Malaysia / United States / Iraq / /

Event

Product Issues / /

Facility

Alnahrain University / A weir / American Petroleum Institute / Engineering Campus / /

IndustryTerm

separate oil / oil diameter / turbulent kinetic energy dissipation rate / oil droplet rising mush / lighter oil / grease abatement devices / on energy dissipaters / oil droplet stable / grease abatement device / turbulent kinetic energy / turbulence kinetic energy / law-of-the-wall velocity profile / oil droplet coalescing / oil droplet performance / oil / oil-water separator / oil-water separator tanks / oil droplet / /

NaturalFeature

Wastewater Stream / /

Organization

Congress / Alnahrain University / Baghdad / World Academy of Science / Engineering and Technology / School of Civil Engineering / EPC / Association for Hydraulic Research / Universiti Sains Malaysia / Journal-the Institution of Engineers / Haitham A. Hussein / 2Rozi Abdullah / 3Sobri Harun and 4Mohammed Abdulkhaleq School of Civil Engineering / 4Mohammed Abdulkhaleq School of Civil Engineering / Civil Engineering Department / Faculty of Civil Engineering / American Petroleum Institute / /

Person

Az / /

/

Position

RNG model / C1 / Corresponding Author / /

Product

surface runoff / /

ProvinceOrState

South Dakota / Washington / /

PublishedMedium

Journal of Computational Physics / Journal of Environmental Engineering / /

Technology

Environmental Engineering / fluid dynamics / simulation / /

SocialTag