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Analysis Of Single Side Ventilated And Cross Ventilated Rooms By Varying The Width Of The Window Opening Using Cfd

机译:通过使用CFD改变开窗宽度来分析单侧通风和交叉通风房间

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Natural ventilation contributes to the improvement of thermal comfort and quality conditions of the internal air and at the same time it is recognized very effective technique when applied properly. The present project refers to the numerical predictions of air velocities in cross and single-sided naturally ventilated rooms which are considered along with atmospheric zone. This is done for different sizes of the opening at particular height of the wall. Continuity and Momentum equations have been solved by control volume method. SIMPLE and SIMPLEC algorithm are used to solve these equations. Steady, k-r. turbulence model and incompressible flow of a constant property fluid under Boussinesq's approximation have been considered. Air velocities were taken at various heights from middle of the opening and compared for single side ventilated and cross ventilated rooms. Air flow rate increases with increase of width of the opening.
机译:自然通风有助于改善室内空气的热舒适性和质量状况,同时,如果正确应用,则被认为是非常有效的技术。本项目涉及考虑横向和单侧自然通风房间的空气速度的数值预测,并考虑大气区域。对于壁的特定高度处的不同尺寸的开口,可以这样做。连续性和动量方程已通过控制体积法求解。使用SIMPLE和SIMPLEC算法求解这些方程。稳定,k-r。考虑了Boussinesq近似下的湍流模型和恒定流体的不可压缩流动。从开口的中间以不同的高度获取风速,并对单侧通风和交叉通风的房间进行比较。空气流速随着开口宽度的增加而增加。

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