摘要
该文以直升机设备安装平台为研究对象,应用MSC Patran/Nastran软件,对平台承受最严重过载工况下的最大应力和屈曲失稳系数进行分析,得出各因素对最大应力和屈曲失稳系数的影响。之后通过OptiStruct对平台构型进行拓扑优化,确定平台最终构型。
Taking the helicopter equipment installation platform as the research object,this paper analyzes the maximum stress and buckling instability coefficient of the helicopter equipment installation platform under the most serious overload condition by using MSC Patran/Nastran software,and obtains the influence of various factors on the maximum stress and buckling instability coefficient.After that,the topology of the platform is optimized by OptiStruct to determine the final configuration of the platform.
出处
《科技创新与应用》
2024年第8期20-23,共4页
Technology Innovation and Application
关键词
设备安装平台
有限元方法
拓扑优化
筋条
稳定性
equipment installation platform
finite element method
topology optimization
ribs
stability