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通过对不同类型立体车库的优缺点进行分析,综合各立体车库的特点,设计了具有可垂直循环横向平移的立体车库结构。同时针对多高层钢结构垂直循环横向平移立体车库为主要研究对象,根据有限变形理论及简化计算方法对设计的垂直循环横向平移的立体车库的复杂结构进行合理的简化,并通过利用ANSYS软件分析该车库的结构侧移量、内力、极限载荷量,与计算公式得到的量进行对比,保证垂直循环横向平移立体车库的整体稳定性。
By analyzing the advantages and disadvantages of different types of three-dimensional parking garage and integrating the characteristics of each three-dimensional parking garage, a three-dimensional parking garage structure with vertical circulation and horizontal translation is designed. At the same time, aiming at the multi-level vertical and horizontal translatory three-dimensional garage with high-rise steel structure as the main research object, according to the finite deformation theory and the simplified calculation method, the complex structure of the vertically transversal vertical garage is simplified and analyzed by using ANSYS software Garage side displacement, internal forces, the ultimate load, compared with the amount obtained by the formula to ensure the vertical translation of the horizontal translation of the overall stability of three-dimensional garage.