基于虚拟样机技术的自调心焊接滚轮架的研制与应用

Development and Application of Self-alignment Turning Rolls Based on the Virtual Prototype Technology

基于虚拟样机技术,利用Solidworks软件研制了自调心焊接滚轮架并建立了滚轮架的仿真模型,详细介绍了驱动机构的结构与设备配置设计以及滚轮架的结构、选材与加工工艺设计。根据滚轮架加工工件原理,针对圆形管件、锥形管件和箱体结构,利用虚拟样机技术进行模拟现实仿真,实现了自调心焊接滚轮架的研制与应用,为高效、高精度的先进设计制造技术提供了可行性分析及参考依据。

Based on the virtual prototype technology,a self-alignment turning rolls was developed using Solidworks and its simulation model was established.The driving mechanism,equipment configuration design and the structure,material selection and process design of the turning rolls were described.According to the principle of roller processing work-piece,in view of the circular conical pipe fittings,pipe fittings and enclosure structure,realistic simulation was realized with the help of virtual prototype technology,which enables the development and application of the self-alignment turning rolls.This may provide a feasibility analysis and reference for the design of high efficiency and high precision advanced manufacturing technology.