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基于ANSYS的货物运送损伤分析云服务系统研究

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针对当前物流企业无法预测货物的装箱方案在运输过程中的货物运送损伤情况等问题,设计了货物运送损伤分析云服务系统,给物流企业提供合理、安全的装箱布局方案。首先,结合ANSYS APDL命令流编写了面向装箱方案的静力学分析程序、模态分析程序及随机振动分析程序;然后,通过Three。js三维可视化技术实现了装箱布局方案的可视化、有限元分析结果的可视化;最后,将所有功能集成到系统中,使物流企业的运输人员只需上传相应的装箱布局结果数据,通过系统的仿真分析,便能预测装箱布局的损伤情况。以实例演示了该系统功能,证明该系统能有效地指导配送人员完成安全的装箱布局。
Research on cloud service system for cargo transportation damage analysis based on ANSYS
Aiming at the current problems that logistics enterprises cannot predict the damage situation of cargo packaging schemes during transportation,a cloud service system for cargo transportation damage analysis has been developed to provide lo-gistics enterprises with reasonable and safe packaging layout schemes.Firstly,combined with the ANSYS APDL command stream,a static analysis program,a modal analysis program,and a random vibration analysis program oriented to the packing scheme are compiled.Then,through Three.js three-dimensional visualization technology,the visualization of packing layout scheme and the visualization of finite element analysis results are realized.Finally,all the functions are integrated into the system,so that the transportation personnel of logistics enterprises only need to upload the corresponding packing layout result data.Through the sim-ulation analysis of the system,they can predict the damage situation of the packing layout.An example is used to demonstrate the system functions,proving that the system can effectively guide the transportation personnel to complete the safe packing layout.

cloud servicescargo transportationpacking optimizationsimulation systemvisualization

张星、邓建新

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广西大学机械工程学院,南宁 530003

广西大学广西制造系统与先进制造重点实验室,南宁 530003

云服务 货物运送 装箱优化 仿真系统 可视化

国家自然科学基金项目广西自然科学基金项目

715620022014GXNSFBA118281

2024

现代制造工程
北京机械工程学会 北京市机械工业局技术开发研究所

现代制造工程

CSTPCD北大核心
影响因子:0.374
ISSN:1671-3133
年,卷(期):2024.(2)
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