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Wind pressure characteristics for a double tower high-rise structure in a group of buildings

机译:一组建筑物中双塔式高层建筑的风压特性

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Wind pressure characteristics on a double tower high-rise structure, which is disturbed by surrounding buildings, were investigated using large eddy simulation (LES) and 1:300 scale wind tunnel experiments. The computational simulation technique and wind tunnel experimental technique were described in detail initially. Comparisons of computational results with the experimental data have subsequently been carried out to validate the reliability of LES. Comparisons have been performed in detail for the mean and fluctuating pressure coefficients. Detailed explanations of each comparison were given in the paper. To study further on the pressure coefficients on the building surfaces, parametric studies on shape coefficient and spatial correlation were performed and investigated. The numerical and experimental results presented in this paper advance understanding on wind field around buildings and the application of LES and wind tunnel tests.
机译:使用大型涡模拟(LES)和1:300比例风洞实验研究了双塔高层结构受周围建筑物干扰的风压特性。首先详细介绍了计算仿真技术和风洞实验技术。随后进行了计算结果与实验数据的比较,以验证LES的可靠性。已经对平均压力系数和波动压力系数进行了详细的比较。论文中对每个比较进行了详细说明。为了进一步研究建筑物表面的压力系数,对形状系数和空间相关性进行了参数研究。本文提供的数值和实验结果进一步了解了建筑物周围的风场以及LES和风洞试验的应用。

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