CAJ | 학술논문

针对CAD/CAM系统不能自动生成加工参数的问题，国内外许多学者提出了利用加工过程模拟技术优化加工程序的思想。随着对切削机理认识的不断加深和计算机仿真技术的发展，铣削加工模拟优化系统得到了大量的研究和开发。对铣削过程模拟中的两个关键技术——几何模拟技术和物理模拟技术进行了归纳和分析。
침대CAD/CAM계통불능자동생성가공삼수적문제，국내외허다학자제출료이용가공과정모의기술우화가공정서적사상。수착대절삭궤리인식적불단가심화계산궤방진기술적발전，선삭가공모의우화계통득도료대량적연구화개발。대선삭과정모의중적량개관건기술——궤하모의기술화물리모의기술진행료귀납화분석。
The use of CAD/CAM systems and NC machine tools for die and mouldmanufacturing offers considerable advantages over conventional methods. However, these systems provide little assistance to the part programmer in terms of choosing the proper cutting conditions. Therefor, the idea of utilizing process simulation technology to optimize NC programs has been presented by many researchers. With the increasing insight into the mechanism of cutting and the development of computer simulation technology, a lot of milling process simulation systems were researched and developed. The two key techniques of milling process simulation, i.e. geometric simulation technique and physical simulation technique, are summarized and analyzed in this paper.