机械传动
機械傳動
궤계전동
JOURNAL OF MECHANGICAL TRANSMISSION
2010年
2期
66-67,72
,共3页
SolidWorks%操作臂%ANSYS%有限元分析
SolidWorks%操作臂%ANSYS%有限元分析
SolidWorks%조작비%ANSYS%유한원분석
SolidWorks%Operating arm%ANSYS%Finite element analys
通过SolidWorks软件建立了操作臂的三维实体模型,利用ANSYS软件完成了操作臂的有限元分析,从理论上得到了操作臂的最大受力点承受的应力小于材料的屈服应力,达到了设计要求,为进一步优化设计提供了技术支持.
通過SolidWorks軟件建立瞭操作臂的三維實體模型,利用ANSYS軟件完成瞭操作臂的有限元分析,從理論上得到瞭操作臂的最大受力點承受的應力小于材料的屈服應力,達到瞭設計要求,為進一步優化設計提供瞭技術支持.
통과SolidWorks연건건립료조작비적삼유실체모형,이용ANSYS연건완성료조작비적유한원분석,종이론상득도료조작비적최대수력점승수적응력소우재료적굴복응력,체도료설계요구,위진일보우화설계제공료기술지지.
3D Model of the operating arm is built by using WolidWorks and then the finite element analysis is carried out by using the ANSYS. The stress at the point which enduring the greates force is greater than the material yield stress, has been obtained theoretically. It meets the design requirements and provides the technical supports for the further optimization.
