Author studies the virtual manufacturing technology and we successfully develop a system of the performance of the counterbalance electric forklift truck.
然后，详细阐述实现虚拟叉车设计的关键部分——平衡重式蓄电池叉车总体性能参数设计系统。
Simulation is made on the machining by making use of the virtual manufacturing technology, and the optimized numerical control machining procedures are given.
本文论述了解决一种复杂型面的数控加工的关键技术，并利用虚拟制造技术对加工进行仿真，给出了优化的数控加工程序。
Based on the research of virtual manufacturing technology, a VR-based virtual machining environment was proposed and a general NC code translator was worked out.
阐述了虚拟加工环境的工作流程、基于层次关系的虚拟加工框架技术、NC代码翻译器的设计方法、基于毛坯表面模型的三角片构建算法等关键技术。
应用推荐