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随着我国林业的快速发展,国家经济的总体水平有所提升,这一成绩的取得与行业技术的升级密不可分,尤其对于林业产业生产而言,桥式起重机的广泛应用为行业注入了较强的动能。从以往的实践经验来看,为了保证桥式起重机在实际应用过程中的安全性,其设计所采用的材料过于浪费,因此,迫切需要一种更为合理的方案来改进传统桥式起重机的主梁部位。本文就基于ANSYS与MATLAB的桥式起重机主梁改良设计的相关内容做以阐述,以期能为业界产业发展所依赖的桥式起重机的优化设计带来启示。
With the rapid development of China’s forestry, the overall national economic level has improved. The achievement of this achievement is inextricably linked with the upgrading of the industry’s technology. Especially for the forestry industry, the wide application of overhead traveling cranes has injected a strong force into the industry Kinetic energy. From the past practical experience, in order to ensure the safety of the bridge crane in the practical application process, the materials used in the design are too wasteful. Therefore, there is an urgent need for a more reasonable solution to improve the traditional overhead traveling crane Beam parts. This paper elaborates on the related contents of the improved design of overhead traveling girder bridge based on ANSYS and MATLAB in order to bring enlightenment to the optimal design of overhead traveling crane on which industrial development depends.