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Effect of Sunroofs and Side Windows on Aerodynamic Characteristics of Transit Bus

机译:天窗和侧窗对公交客车气动特性的影响

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In this paper, k-Omega turbulence model is applied in the numerical simulation of the transit bus, several typical working conditions of the transit bus with windows open at a speed of 10m/s are investigated, and a custom function Q is introduced to characterize the amount of ventilation of each window. The results show that, when the transit bus travels with windows open, the air always flows into the carriage through the middle and rear side windows of the transit bus, and circulates in the carriage and then flows out of the carriage through the front side window. When the bus travels with sunroofs open in leeward mode and side windows open, the amount of ventilation is the maximum. This working condition is the best one when taking both drag coefficient and the amount of ventilation.
机译:本文将k-Omega湍流模型应用于公交车的数值模拟中,研究了车窗以10m / s的速度打开时公交车的几种典型工作条件,并引入了自定义函数Q来表征每个窗户的通风量。结果表明,当公交车的车窗打开时,空气总是通过公交车的中部和后部侧窗流入车厢,然后在车厢内循环,然后通过前车窗窗从车厢中流出。 。当公共汽车以背风模式打开且天窗打开时,通风量最大。当同时考虑阻力系数和通风量时,这种工作条件是最佳条件。

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