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The Study of Modeling Methods Based on Applied Mechanics for Sling of Tower Crane With ADAMS

机译:基于应用力学的塔式起重机吊索模型方法研究

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Along with the rapid development of construction industry, tower crane becomes the indispensable machine in building trade. Using a simple and effective modeling method for sling is a crucial step in the analysis of tower crane. The 6 different models for sling of the tower crane were established by using the finite segment method of ADAMS in this paper, and the simulation of the sling based on applied mechanics was done. The conclusion was drew that in the modeling of sling, a rigid rod can substitute for sling, in the case that the resistance and axial stretching deformation of the sling were neglected. So a simple modeling method was given for sling of tower crane in a special case.
机译:随着建筑业的快速发展,塔式起重机成为建筑贸易中不可或缺的机器。利用简单有效的吊索建模方法是塔式起重机分析的关键步骤。通过使用本文的Adams的有限段方法建立了塔式起重机的6种不同模型,并完成了基于应用力学的吊索的模拟。结论是在吊索的模型中,刚性杆可以替代吊索,在倾斜的电阻和轴向拉伸变形的情况下忽略了弯曲的情况。因此,在特殊情况下,给出了一种简单的造型方法,用于塔式起重机的吊索。

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