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Analysis of Structural Response to Wind Load for Shenzhen Di-Wang Tower High Rise Building

机译:深圳帝王大厦高层建筑对风荷载的结构响应分析

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Structural analyses of the displacement response to the wind load at altitude of 347.5 m are carried out for the Shenzhen Di Wang Tower in this paper. The wind load is defined respectively by the Chinese Standard "Load code for the design of building structures GB 50009—2001, the Japanese Architecture Association s "Advice of building loads and the model of wind velocities given by authors. A 3-D finite element model is built up for structural analysis with the program SAP2000. The computation is compared with the field measurement and reaching the conclusions as follows: the distribution of wind velocities along the altitude above 300 m is no longer following the exponential or logarithm law but the parabola or high order polynomial law. Therefore the wind load is overvalued by Code GB 50009—2001 for super high-rise buildings with the height of 300 m and above.
机译:本文对深圳迪王大厦在347.5 m高度对风荷载的位移响应进行了结构分析。风荷载分别由中国标准《建筑结构设计荷载规范》 GB 50009—2001,日本建筑协会的《建筑荷载建议和风速模型》定义。使用程序SAP2000建立了用于结构分析的3-D有限元模型。将计算结果与现场测量结果进行比较,得出以下结论:风在300 m以上高度的分布不再遵循指数律或对数律,而是遵循抛物线或高阶多项式律。因此,对于高度为300 m及以上的超高层建筑,风荷载被GB 50009-2001代码高估。

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