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机构地区:[1]上海第二工业大学工学部数字化制造工程中心,上海201209
出 处:《实验室研究与探索》2017年第7期14-18,共5页Research and Exploration In Laboratory
基 金:国家自然科学基金项目(No.51305251)资助
摘 要:分析了计算机辅助加工技术。从切削过程分析、建模仿真、数控系统装调及优化控制等技术环节进行了跨领域梳理,总结出计算机辅助制造的应用要点。然后,结合实例进一步分析了先进切削加工的关键操作步骤及技术细节,揭示了先进切削技术的实质,理清了从加工准备到过程控制的工艺执行思路,找出了顺应实际工艺系统的计算机辅助加工实现方法,并指出了相应技术培训的新方向和新内容。While advanced manufacturing technology is subverting the traditional manufacturing methods, cutting technology is not sifted out,but also is gradually developed into advanced cutting technology,owing to unceasing breakthroughs of the cutting tool technology and numerical control technology. For this sake,the computer aided processing technology was re-analyzed by combing the technical links of cutting process analysis, modeling and simulation,NC system adjustment and optimization control technology. The key points of the computer aided manufacturing application were summed up. Then,the key operation steps and technical details of advanced machining were rther analyzed by examples,and these revealed the essence of advanced cutting technology. The method of computer aided machining is found to be suitable for the actual process system,and the new direction and new contents of the corresponding technical training were pointed out through a whole new viewpoint.
分 类 号:TG659[金属学及工艺—金属切削加工及机床]
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