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Design and Simulation Analysis of Steel-truss Cantilever Structure

机译:钢桁架悬臂结构的设计与仿真分析

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In combination with a industrial plant cantilever structure need be increased for meeting the technological requirements, the three kinds of structural design schemes of cantilever are considered, that is the scheme hanging on steel frame of the plant, prestressed steel frame scheme and steel truss scheme. Three kinds of structural form and materials selection are introduced. By finite element software ANSYS three kinds of schemes are analyzed, carrying capacity and deflection of members under load are acquired, by Comparison steel truss scheme is adopted. Carrying capacity and deflection of structure not only meet requirements, but also the construction is easy. This paper provides reference for resolving similar cantileve r problems in engineering.
机译:结合工业厂房悬臂结构需要增加,以满足技术要求,考虑了悬臂的三种结构设计方案,即悬挂在植物钢框架上的方案,预应力钢框架方案和钢桁架方案。介绍了三种结构形式和材料选择。通过有限元软件,通过比较钢桁架方案,采集了三种方案,采集了载荷下的成员的承载能力和偏转。承载能力和偏转结构不仅满足要求,而且建筑也很容易。本文为在工程中解决了类似的悬臂问题提供了参考。

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