CAJ | 학술논문

磨料流工艺具有良好毛边去除及表面精加工能力，可有效的将孔壁表面杂质及其污染物去除。是一种先进的现代精密加工工艺。由于立式磨料流抛光机床在床身上产生的纵向力非常大，对机床的床身有比较苛刻的要求，所以机床床身以及支撑部件的研究就显得尤为重要。根据磨料流抛光机床的设备要求来进行床身框架的设计，使其满足机床的使用要求，并利用有限元分析软件分析所设计结构的应变情况，通过对结构进行优化，得出合理的床身结构。
마료류공예구유량호모변거제급표면정가공능력，가유효적장공벽표면잡질급기오염물거제。시일충선진적현대정밀가공공예。유우입식마료류포광궤상재상신상산생적종향력비상대，대궤상적상신유비교가각적요구，소이궤상상신이급지탱부건적연구취현득우위중요。근거마료류포광궤상적설비요구래진행상신광가적설계，사기만족궤상적사용요구，병이용유한원분석연건분석소설계결구적응변정황，통과대결구진행우화，득출합리적상신결구。
Abrasive flow process has the a good burr removal and surface finishing ability, effective hole wall surface impurities and contaminant removal. Is a state-of-the-art modern precision processing technology. Very large the vertical abrasive flow polishing machine longitudinal force on the bed,the more stringent requirements on the bed of the machine,the machine bed as well as the support member is particularly important. According to the abrasive flow polishing machine equipment requirements for the design of the bed frame to meet the requirements for use of the machine,and the use of finite element analysis software to analyze the design structure of the strain to be optimized by the results of the structure,draw reasonable The structure of the bed.