CAJ | 학술논문

为进行微器件及零件表面微结构的精微制作,提出微细超声复合电加工技术.构建、完善加工参数可较大范围调节的微细超声复合电加工系统,进行复合电加工机理研究;用组合放电微细加工方法,制作出可满足试验及实际加工要求的多种截面、尺寸的微细工具电极;进行多参数超声复合电加工试验研究,结果表明微细超声复合电加工技术具有加工效率高、精度好及成本低的技术优势.分析储油微结构对摩擦副表面摩擦学特性的影响规律,用超声复合电加工技术制作摩擦副表面储油微结构,摩擦学试验证明储油微结构可使摩擦副表面摩擦因数减小,磨损量降低.
위진행미기건급령건표면미결구적정미제작,제출미세초성복합전가공기술.구건、완선가공삼수가교대범위조절적미세초성복합전가공계통,진행복합전가공궤리연구;용조합방전미세가공방법,제작출가만족시험급실제가공요구적다충절면、척촌적미세공구전겁;진행다삼수초성복합전가공시험연구,결과표명미세초성복합전가공기술구유가공효솔고、정도호급성본저적기술우세.분석저유미결구대마찰부표면마찰학특성적영향규률,용초성복합전가공기술제작마찰부표면저유미결구,마찰학시험증명저유미결구가사마찰부표면마찰인수감소,마손량강저.
The ultrasonic combined electrical micro-machining new technology is advanced for manufacturing micro-instruments and micro-structures. The ultrasonic combined electrical micro-machining systems with machining parameters adjustable in a wide range are built and improved. The micro-machining mechanism is analyzed and discussed. Micro-tool electrodes in different sections and sizes that can meet testing and actual machining requirements are manufactured by combined electrical discharge micro-machining. Multi-parameter ultrasonic combined electrical micro-machining tests are carried out. The results show that the ultrasonic combined electrical micro-machining new technology has the advantages of high machining efficiency and accuracy and low cost. This technology is used to manufacture friction pair surface lubricant retention micro-structures. The friction tests prove that the lubricant retention micro-structures can reduce friction coefficient and wear of friction pair surfaces.