基于SMSolver的铝合金附着式升降防护平台竖向主框架结构设计校验

Design and Verification of Vertical main frame of Aluminum Alloy Attached lifting Protection Platform based on SM Solver Temperature

附着式升降防护平台是现代建筑施工,特别是高层建筑施工中的重要装备。竖向主框架是附着式升降防护平台中承受和传递平台的竖向和水平荷载的主要结构,结构构件多并且复杂。本文针对一种铝合金附着式升降防护平台的竖向主框架结构进行研究,采用SM Solver软件静力学方法,计算出竖向主框架各构件的内力,再进行构件材料强度校验。

Attached lifting protection platform is an important equipment in modern building construction,especially in high-rise building construction.The vertical main frame is the main structure to bear and transfer the vertical and horizontal loads of the attached elevating protection platform,and the structural members are many and complicated.In this paper,a vertical main frame structure of an aluminum alloy attached lifting protection platform is studied.The statics method of SM Solver software is used to calculate the internal forces of each component of the vertical main frame,and then the strength of the component materials is verified.