Numerical simulation investigation of the internal flow field for wind tunnel

Xinyang Hong, Zhuohuan Hu, Shuyu Gao
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Abstract

Numerical simulation was applied to study the flow field in the wind tunnel. Two different combinations for nozzles were analyzed, and the characteristic of flow filed for several different rectifier thicknesses (5mm, 10mm and 15mm) in the wind tunnel were also compared. The results show that, under the same inlet velocity, the velocity of airflow after the second rectifiers for adjacent opening nozzles is larger than those for diagonal opening nozzles. However, diagonal opening nozzles made the subsequent flow field more uniform and smooth. Furthermore, with the increase of rectifier thickness, the flow filed after the second rectifier appears much more even.
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风洞内部流场的数值模拟研究
采用数值模拟方法对风洞内的流场进行了研究。分析了两种不同的喷嘴组合,并比较了不同整流器厚度(5mm、10mm和15mm)下风洞内流场的特性。结果表明,在进口速度相同的情况下,相邻开口喷嘴经过第二整流器后的气流速度大于对角开口喷嘴。然而,斜开喷嘴使得后续流场更加均匀和平滑。随着整流器厚度的增加,二次整流器后的流场更加均匀。
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