摘要
抱叉作为一种以轮式装载机为基础而开发的器械,具有高效、适应性强、用途宽广、操作方便等特点。借助Creo2.0软件对装载机抱叉进行三维实体的构建,在Creo集成环境中对抱叉进行虚拟装配,将装配完毕的虚拟样机导入Creo Parametric机构分析模块,对其进行机构运动仿真,结果表明装载机抱叉运动良好且无干涉,验证了装载机抱叉的设计初步可行,Creo原始数据能为后续的机构设计及优化工作提供分析与借鉴。
As a kind of instrument,loader＇s fork developed on the basis of the wheel loader is with a high efficiency,strong adaptability and wide applications,convenient operation,etc. Three-dimensional modeling of loader＇s fork and motion simulation is studied based on Creo 2.0,Virtual design is implemented for the loader＇s fork is assembled in the virtual environment,the virtual prototype is then imported to the analysis module of the Creo Parametric for mechanism motion simulation. The results show that the movement of loader＇s fork is good and no interference, verify the loader＇s fork of preliminary design is feasible, this study could provide useful information for future machine design and improvement.
出处
《装备制造技术》
2016年第9期9-12,共4页
Equipment Manufacturing Technology
基金
广西教育厅重点资助项目(No.ZD2014074)
广西科技大学博士基金项目(校科博13Z13)资助
