KEYWORDS: Atmospheric modeling, Fluctuations and noise, Solar radiation models, Temperature metrology, Computer simulations, 3D modeling, Solar radiation, Climatology, Agriculture, Wind energy
A three-dimension temperature distribution image of a forced ventilated greenhouse is given by calculating
steady-state temperature fields based on a computational fluid dynamics modeling of a multi-span greenhouse from CFD
software FLUENT. A experiment of measuring temperatures in several specific position inside the greenhouse and other
climate parameters outside is conducted in a real production greenhouse, and a comparison is done to verify the accuracy of
CFD model of the presented greenhouse. The results show that if more boundary conditions are defined with the measured
value a more accurate model can be expected and some excellent prediction of temperature can be achieved.
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