摘要
从分析建立传统切削加工模型的理论基础和分析方法入手,指出该模型应用于纳米切削加工的不合理性,应用分子动力学仿真建立了纳米切削的加工模型。研究表明,在纳米切削过程中,当切削深度小于最小切削深度时,工件材料只发生了弹塑性变形,没有形成切屑。
Based on analyzing theory and method of traditional cutting model, non-reasonability ts purposed when applying it to nanoscale machining. The model of nanoscale cutting is then researched by using molecular dynamic simulation （MDS）. The results show that plastic and elastic deformation of the workpiece material happen at a depth of cut less than the minimum cutting thickness, no chip is formed.
出处
《机械设计与制造》
北大核心
2007年第10期132-134,共3页
Machinery Design & Manufacture
