Radiation-cooled Dew Water Condensers studied by CFD - Arcofluid
Radiation-cooled Dew Water Condensers studied by CFD - Arcofluid
Radiation-cooled Dew Water Condensers studied by CFD - Arcofluid
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Radiative condenser described in <strong>CFD</strong><br />
3 Dimensions virtual reality description<br />
Convective heating for every shapes and for various wind<br />
speeds is given <strong>by</strong> Iterative calculation<br />
Radiative cooling power E R is dissipated for each radiator<br />
cell. T RAD (one phase model as in dry air)<br />
<strong>Radiation</strong>-<strong>cooled</strong> <strong>Dew</strong> <strong>Water</strong> <strong>Condensers</strong><br />
Studied <strong>by</strong> Computational Fluid Dynamic<br />
Volumes Grid (<strong>CFD</strong>)<br />
P T ρ<br />
u v w<br />
E R<br />
Shape<br />
Materials<br />
Radiative<br />
cooling<br />
LOG Wind<br />
Profile<br />
Convective<br />
heating
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