Abstract
Based on the daily source energy radiation on hot summer zone like Iraq, lecture room built from sandwich wall panel (SWP) is analysed by using Computational Fluid Dynamics (CFD) technique. An air conditioning unit is operated inside a lecture room. The two targets of this study were to realize the influence of air condition location - Four cases for lecture room utilized with the same dimensions at a different position for the air conditioner unit. A thermal condition of the lecture room was optimized with ANSYS FLUENT. Numerical analyses have shown that there is a relationship between the position of air-conditioner and the distribution of convection currents in the room. However, the mass-weighted average temperature in the room almost looks like they are identical in all the cases, but differences in static temperature are observed at the different zone for the same case w.r.t the position of the air-conditioner.
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