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首页> 外文期刊>International Journal of Engineering Science and Technology >Stress & strain analysis of mobile tower crane (luffing jib) using finite element method
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Stress & strain analysis of mobile tower crane (luffing jib) using finite element method

机译:移动塔式起重机(变幅臂)的应力和应变的有限元分析

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In present scenario, infrastructure is a basic need for the development of any country. The tower crane plays a vital role in the infrastructure field. The failure of the tower crane may be occur during loading & unloading due to failure of, its design. Tower crane are use to lift and carry heavy materials. This study focus on the prevention of crane damage which occur due to heavy load. In this study, by using the SOLID WORKS-12 software the crane parts material which is made by plain carbon steel is modeled one-by-one, with specific dimensions. Afterwards the stress distribution analysis & the deformation analysis are done by SOLID WORKS-12 software. As the conclusion the safe design of mobile tower crane for 900 at a load of 800 kg on a different length of jib is recommended.
机译:在目前的情况下,基础设施是任何国家发展的基本需求。塔式起重机在基础设施领域起着至关重要的作用。塔式起重机的故障可能是由于其设计故障而在装卸过程中发生的。塔式起重机用于提升和搬运重物。这项研究的重点是防止由于重载而引起的起重机损坏。在这项研究中,通过使用SOLID WORKS-12软件,由普通碳素钢制成的起重机零件材料按特定尺寸一一建模。然后通过SOLID WORKS-12软件进行应力分布分析和变形分析。结论是,建议在不同的副臂长度上以800 kg的载荷安全地设计900型移动式塔式起重机。

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