2d model mesh Search Results


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Mesh of the fluid domain in <t>the</t> <t>ANSYS</t> Fluent <t>2D</t> model of LFC receiver: (a) and (c) for the receiver design presented in Ref. , considered for validation of the modeling approach; and (b) and (d) for the cavity receiver of the LFC prototype installed at PSA.
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Mesh of the fluid domain in <t>the</t> <t>ANSYS</t> Fluent <t>2D</t> model of LFC receiver: (a) and (c) for the receiver design presented in Ref. , considered for validation of the modeling approach; and (b) and (d) for the cavity receiver of the LFC prototype installed at PSA.
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Mesh of the fluid domain in <t>the</t> <t>ANSYS</t> Fluent <t>2D</t> model of LFC receiver: (a) and (c) for the receiver design presented in Ref. , considered for validation of the modeling approach; and (b) and (d) for the cavity receiver of the LFC prototype installed at PSA.
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Mesh of the fluid domain in <t>the</t> <t>ANSYS</t> Fluent <t>2D</t> model of LFC receiver: (a) and (c) for the receiver design presented in Ref. , considered for validation of the modeling approach; and (b) and (d) for the cavity receiver of the LFC prototype installed at PSA.
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Mesh of the fluid domain in <t>the</t> <t>ANSYS</t> Fluent <t>2D</t> model of LFC receiver: (a) and (c) for the receiver design presented in Ref. , considered for validation of the modeling approach; and (b) and (d) for the cavity receiver of the LFC prototype installed at PSA.
2d Model Mesh, supplied by ANSYS inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Meso Scale Diagnostics LLC 2d mesoscale discrete element model
Mesh of the fluid domain in <t>the</t> <t>ANSYS</t> Fluent <t>2D</t> model of LFC receiver: (a) and (c) for the receiver design presented in Ref. , considered for validation of the modeling approach; and (b) and (d) for the cavity receiver of the LFC prototype installed at PSA.
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Mesh of the fluid domain in <t>the</t> <t>ANSYS</t> Fluent <t>2D</t> model of LFC receiver: (a) and (c) for the receiver design presented in Ref. , considered for validation of the modeling approach; and (b) and (d) for the cavity receiver of the LFC prototype installed at PSA.
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Mesh of the fluid domain in <t>the</t> <t>ANSYS</t> Fluent <t>2D</t> model of LFC receiver: (a) and (c) for the receiver design presented in Ref. , considered for validation of the modeling approach; and (b) and (d) for the cavity receiver of the LFC prototype installed at PSA.
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Mesh of the fluid domain in the ANSYS Fluent 2D model of LFC receiver: (a) and (c) for the receiver design presented in Ref. , considered for validation of the modeling approach; and (b) and (d) for the cavity receiver of the LFC prototype installed at PSA.

Journal: Heliyon

Article Title: Heat losses in a trapezoidal cavity receiver of a linear Fresnel collector: A CFD approach

doi: 10.1016/j.heliyon.2023.e18692

Figure Lengend Snippet: Mesh of the fluid domain in the ANSYS Fluent 2D model of LFC receiver: (a) and (c) for the receiver design presented in Ref. , considered for validation of the modeling approach; and (b) and (d) for the cavity receiver of the LFC prototype installed at PSA.

Article Snippet: Mesh of the fluid domain in the ANSYS Fluent 2D model of LFC receiver: (a) and (c) for the receiver design presented in Ref. [ ], considered for validation of the modeling approach; and (b) and (d) for the cavity receiver of the LFC prototype installed at PSA. summarizes the following results for the six cases solved, including the following: (i) the total heat loss in the cavity; (ii) the mean temperature of the air inside the cavity ( T c a v i t y ), and (iii) the mean temperature of the lateral surface of the cavity ( T i n n e r ), compared all them with the mean temperature of the tubes ( T p i p e ).

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