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Computer modeling of the tornado-structure interaction: investigation of structural loading on cubic building

机译:龙卷风结构互动的计算机建模:立方体建设结构载荷研究

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A tornado changes its wind speed and direction rapidly; therefore, it is difficult to study the effects of a tornado on buildings in a wind tunnel. The status of the tornado-structure interaction and various models of the tornado wind field found in literature are surveyed. Three dimensional computer modeling work using the turbulence model based on large eddy simulation is presented. The effect of a tornado on a cubic building is considered for this study. The Navier-Stokes (NS) equations are approximated by finite difference method, and solved by an implicit procedure. The force coefficients are plotted in time to study the effect of Rankine combined vortex model. The tornado is made to translate at a 0°and 45°angle, and the grid resolution is refined. Some flow visualizations are also reported to understand the flow behavior around the cube.
机译:龙卷风迅速改变风速和方向;因此,很难研究龙卷风对风洞中的建筑物的影响。调查了文献中发现的龙卷风结构相互作用和各种型号的龙卷风场。提出了一种基于大涡模拟的湍流模型的三维计算机建模工作。考虑了这项研究,考虑了龙卷风对立方建筑的影响。 Navier-Stokes(NS)方程由有限差分方法近似,并通过隐式过程解决。绘制力系数及时绘制朗肯组合涡流模型的效果。龙卷风以0°和45°角平移,并精制网格分辨率。还报告了一些流程可视化来了解立方体周围的流动行为。

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