The Finite Element Analysis and Optimization for the Steel Structure of Gantry Bucket Wheel Stacker-Reclaimer
Gantry bucket wheel stacker-reclaimer belongs to large complex steel structure. Once it is instability at the working time that will make a large accident. So we have to calculate its strength and stiffness. But its connection and the working condition are very complex. And the size of the model is so large which leads to debase the calculation efficiency. This paper use Pro/E software to create the model. And use Pro/Mechanical to make a finite element analysis. Through the properly simplified the model, we can increase the calculation efficiency. During the calculation result we find that the Pulley yoke, Rigid leg and Flexible leg appear big stress areas. We will give an optimization design for the irrational place and high stress areas. So that to improve the Gantry bucket wheel stacker-reclaimer onsite safety. And provide a certain reference for the subsequent design and improvement.
Gantry bucket wheel stacker-reclaimer Steel structure Finite element Optimization design
Zhen Ping Zhou Di Jiang Jia Liang Li
Jitin University, Mechanical science and engineering institute, Chang Chun, China Jilin University, People street 5988, Basic building 216, Chang Chun, China Jilin University, Nanling campus, Mechanical material hall 512, Chang Chun, China
国际会议
上海
英文
615-618
2011-10-21（万方平台首次上网日期，不代表论文的发表时间）