ArticleSolar-heated-air receivers☆,☆☆
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Solar-heated-air turbine generating systems
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The elastic buckling strength of spherical glass shells
Absorption of thermal radiation in a hemispherical cavity
Heat Transfer
(1970)
Cited by (6)
Conjugate heat transfer analysis of an impinging receiver design for a dish-Brayton system
2015, Solar EnergyCitation Excerpt :However, due to the low cooling efficiency of the traditional forced convection on the cooling side, the published data show that the cavity receivers still work with relatively high temperature peaks on the absorber surfaces as well as high temperature differences between the absorber surfaces and the working fluid (Hischier et al., 2012a; Strumpf et al., 1982). In order to reduce the impacts of the flux peak to the uniformity of the temperature distribution on the cylindrical cavity surface in traditional cavity receiver designs (Hischier et al., 2012a; Strumpf et al., 1982), impinging cooling technology was introduced in the authors’ previous work together with an inverse design method (IDM) (Wang et al., 2014), after almost 40 years since it was first introduced in solar air receiver design in 1970s by Jarvinen (1977). This IDM design method, which based on a combination of a ray-tracing model and a heat transfer analytical model, is developed for quickly finding possible cavity receiver design with relative uniform surface temperature.
An inverse design method for a cavity receiver used in solar dish Brayton system
2014, Solar EnergyCitation Excerpt :Moreover, multiple jets’ may be applied if a large cooling or heating area needs to be covered. Impinging heat transfer was introduced in solar air receiver design in 1970s by Jarvinen (1977), however, there seems to be only few new contributions in the following almost 40 years. In this paper, impinging technology again is introduced to a solar cavity air receiver conceptual design.
Heat transfer-A review of 1977 literature
1978, International Journal of Heat and Mass TransferNumerical Investigation of the Temperature Distribution of a Solar Cavity Receiver Wall Using Finite Element Method
2018, Energy, Environment, and Sustainability
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Presented at the I.S.E.S. International Solar Energy Congress and Exposition, Los Angeles, California (28 July–1 Aug. 1975).
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This work was sponsored by the Department of the Air Force and the MIT Energy Laboratory.