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首页> 外文会议>International Conference on "Multidimensional Role of Basic Science in Advanced Technology" >An Overview of Seismic and Wind Loading Effect on G+11 Building
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An Overview of Seismic and Wind Loading Effect on G+11 Building

机译：G + 11建筑地震和风载效果概述

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摘要

Wind and Earthquake loadings are two major types of lateral dynamic excitations experienced by high rise buildings. High rise buildings refer to a conceptual design, approximate analysis, preliminary design and optimization to safely carry gravity and lateral loads. The design of high-rise buildings is basically done with reference to urban population. As the height of structure increases, the structural material required to resist lateral loads increases drastically, hence it becomes more sensitive to the lateral loads, especially wind and earthquake loads. So, these high-rise buildings should be protected from these loads to resist structural and nonstructural earthquake damage. In this paper, there is a study on comparison on seismic and wind loading on high rise buildings.
机译：风和地震载荷是高层建筑经历的两种主要类型的横向动态兴奋。高层建筑是指概念设计，近似分析，初步设计和优化，以安全地携带重力和横向载荷。高层建筑的设计基本上参考城市人口完成。随着结构的高度增加，抵抗横向载荷所需的结构材料急剧增加，因此对横向载荷，尤其是风和地震载荷变得更敏感。因此，应保护这些高层建筑免受这些载荷来抵抗结构和非结构的地震损伤。本文在高层建筑物上抗震和风装载比较研究。

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