基于Simulation的薄壁桶搬运过程的形变研究
许习军 1王群 2孟文俊 2张永强 1郭学深1
作者信息
- 1. 太原福莱瑞达物流设备科技有限公司 太原 030000;高效线边物流系统及其装备省技术创新中心 太原 030000
- 2. 太原科技大学 太原 030000;智能物流装备山西省重点实验室 太原 030000;高效线边物流系统及其装备省技术创新中心 太原 030000
- 折叠
摘要
桶料的搬运方式主要有托底式、夹取式和挂取(吊取)式,文中针对薄壁桶的搬运方式进行模拟分析,通过模拟分析的具体数值来进行合理的选择.主要对挂取(吊取)和夹取 2 种薄壁桶的搬运方式进行模拟分析,基于Soildworks中的Simulation进行计算,并得出具体数值,选取合理的薄壁桶搬运方式.模拟分析表明:在同等桶壁厚的情况下,夹取式桶料搬运形式薄壁桶的变形程度较大,主要体现在薄壁桶的夹持部位,如特定场景需夹持薄壁桶的桶身进行搬运时,还需适当加厚薄壁桶的桶壁来抵抗夹持板的夹持力,使薄壁桶不会产生较大的形变量.
Abstract
The handling methods of barrels can be divided into bottom-supporting,clamping and hanging(hoisting)handling.The transportation mode of thin-walled barrels was simulated and analyzed,and a reasonable choice was made based on the values obtained in simulation analysis.The hanging(hoisting)and clamping handling modes of thin-walled barrels were simulated and analyzed,and the calculation was made based on the Simulation in Soildworks to obtain the numerical values and then select the reasonable handling mode of thin-walled barrels.The simulation analysis shows that with the same wall thickness,the deformation degree of thin-walled barrels is obvious in the clamping handling of thin-walled barrels.For example,when the barrel body of the thin-walled barrel needs to be clamped in a specific scene,the wall should be properly thickened to resist the clamping force of the clamping plate to avoid obvious deformation.
关键词
薄壁/Simulation/挂取(吊取)/夹取/模拟分析Key words
thin wall/Simulation/hanging(hoisting)/clamping/simulation analysis引用本文复制引用
出版年
2024
国家科技期刊平台
NSTL
万方数据