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Compact linear Fresnel reflector / Solar thermal energy / R-value / Building insulation / Convection / Convective heat transfer / Heat transfer / Mechanical engineering / Chemical engineering


Transient Modelling of Cavity Receiver Heat Transfer for the Compact Linear Fresnel Reflector John D Pye, Graham L Morrison, Masud Behnia Department of Mechanical and Manufacturing Engineering University of New South Wal
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Document Date: 2011-11-07 21:47:45


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File Size: 212,54 KB

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City

Gothenburg / Taejon / Adelaide / Newcastle / /

Company

Renewable Energy / Elsevier Science Ltd. / /

Country

Belgium / Australia / Korea / Sweden / /

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Facility

University of New South Wales / Manufacturing Engineering University / Liddell power station / /

IndustryTerm

steady-state solutions / transient solution / steel pipes / solar thermal energy / energy-absorbing element / steady turbulent solution / large-scale solar thermal energy collection / steel pipe / temperature steam generation applications / energy / /

NaturalFeature

Hunter Valley / /

Organization

World Congress / State government / University of New South Wales / Australian and New Zealand Solar Energy Society / Masud Behnia Department of Mechanical / /

Person

Graham L Morrison / Masud Behnia / /

Position

Line-Focus Direct Steam Generation Solar Collector / Hunter / /

ProvinceOrState

New South Wales / /

Region

South Wales / /

Technology

radiation / Compact Linear Fresnel Reflector Powerplant Technology / Heat Transfer / simulation / /

URL

http /

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