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剪力墙结构具有整体结构性强、适宜的侧向刚度,作为主要的抗侧力构件,能很好的承受各种荷载,它可以使建筑内部空间增加,还具有相比柱含钢量少等诸多优点。因此,在现代高层建筑结构设计中,特别是高层住宅,剪力墙结构得到了广泛的应用。合理设计和布置剪力墙对于建筑整体结构设计来说,是十分重要的。剪力墙的稳定性对整个建筑结构的安全性产生直接的影响,因此,需对剪力墙截面设计进行严格控制,并结合建筑设计要求和特点,对剪力墙结构进行优化设计,使其发挥出最佳的效果,这也有效保障了整个高层建筑的可靠性及其安全性,最终可以获得更多的经济利益。本文通过某工程高层建筑剪力墙结构设计情况,对高层建筑中剪力墙设计的关键点进行了详细的分析,希望对同行业发展有所帮助。
Shear wall structure with the overall structural strong, suitable lateral stiffness, as the main anti-side force components, can withstand a variety of loads, it can increase the internal space of the building, but also has less than the amount of steel column And many other advantages. Therefore, in the design of modern high-rise building structure, especially high-rise residential, shear wall structure has been widely used. Reasonable design and layout of the shear wall for the overall structure of the building design is very important. The stability of the shear wall has a direct impact on the safety of the whole building structure. Therefore, it is necessary to strictly control the design of the shear wall cross-section and to optimize the design of the shear wall structure in accordance with the architectural design requirements and characteristics Play the best effect, which also effectively protect the reliability of the entire high-rise buildings and their safety, and ultimately get more financial benefits. In this paper, the key points of the shear wall design in high-rise buildings are analyzed in detail through the design of the shear wall structure of an engineering high-rise building, hoping to help the development of the same industry.