The influence of material properties, machine tool system and diamond grinding wheel etc. on the machining quality of advanced ceramic components during grinding process is analyzed.
分析了高性能陶瓷零件磨削加工过程中，工件材料、加工机床性能、金刚石砂轮等方面参数对零件加工质量的影响。
The grinding processes of advanced ceramic material are studied by using indentation damage theory, and their influence on the finished surface and component properties is discussed.
采用压痕损伤理论研究和分析高性能陶瓷材料的磨削加工过程及其对加工表面和零件性能的影响。
Properties: The material of the advanced technology of surface treatment, shiny bright and uniform, high strength, high temperature, corrosion-resistant.
性能：材料采用国内先进工艺进行表面处理，光泽亮而均匀，强度高、耐高温、耐腐蚀。
Properties: The material of the advanced technology of surface treatment, shiny bright and uniform, high strength, high temperature, corrosion-resistant.
性能：材料采用国内先进工艺进行表面处理，光泽亮而均匀，强度高、耐高温、耐腐蚀。
应用推荐