高空作业液压升降平台的结构优化与有限元分析

Structure optimization and the finite element analysis of aerial work hydraulic lifting platform

本文通过一种新型的液压平台的研发,改变了传统升降平台操作不便,作业平台转动难的缺点,通过结构的优化设计,并通过Ansys软件对关键部件进行失稳分析,将其应用于生产。新的升降平台具有可靠性强、平稳性高和安全性强等特点,具有着广阔的发展前景。

In this paper, a new type of hydraulic platform is developed, some shortcoming such the traditional lift platform operating inconvenience as turning difficult are changed. Through optimization design of the struc- ture, and buckling analysis of the key components by Ansys, New lift platform applied to the production, the platform has high reliability, stability and safety, and is widely used in industry.