CAJ | 학술논문

针对零件加工机床设备优选的问题，分析了影响机床设备选择的约束因素，建立了一种两级结构的多目标优选模型，包括加工时间 T、加工质量 Q、加工成本C、资源消耗 R、环境影响 E在内的5个优化目标；针对传统层次分析法（AHP）在构建机床设备优选判断矩阵时没有考虑评价工程师主观模糊性和指标属性的模糊性，导致机床设备优选的可信度和准确性降低的问题，提出并设计了基于三角模糊数的模糊层次分析法（FAHP）及模糊综合评价（FC A ）用于机床设备优选的模型算法。在评价指标标准化阶段，采用隶属度函数进行数据标准化处理。结合某航空制造企业叶片榫头铣削用机床设备优选的案例，验证了该方法的可行性和有效性。
침대령건가공궤상설비우선적문제，분석료영향궤상설비선택적약속인소，건립료일충량급결구적다목표우선모형，포괄가공시간 T、가공질량 Q、가공성본C、자원소모 R、배경영향 E재내적5개우화목표；침대전통층차분석법（AHP）재구건궤상설비우선판단구진시몰유고필평개공정사주관모호성화지표속성적모호성，도치궤상설비우선적가신도화준학성강저적문제，제출병설계료기우삼각모호수적모호층차분석법（FAHP）급모호종합평개（FC A ）용우궤상설비우선적모형산법。재평개지표표준화계단，채용대속도함수진행수거표준화처리。결합모항공제조기업협편순두선삭용궤상설비우선적안례，험증료해방법적가행성화유효성。
To provide evidence for enterprises to choose the best machine tool ,the constraint fac‐tors affect machine tool selection optimization w as analyzed and the multi‐objects optimization model for machine tool selection was built with a two‐stage structure and with five optimization objects include processing time T ,processing quality Q ,processing cost C ,resources consump‐tion R and environment impact E .Because the traditional analytic hierarchy process (AHP) did not take the fuzziness of engineers′subjective assessment and index attributes into consideration during the construction of machine tool selection optimization judgment matrix ,the reliability and accuracy of machine tool selection optimization were reduced .The algorithm of solving machine tool selection optimization was put forward and designed , based on fuzzy analytic hierarchy process (FAHP) and fuzzy comprehensive assessment (FCA ) .The data were standardized by membership function during the process of assessment standardizing .A case in a machine tool se‐lection optimization of blade tenon milling by an aviation manufacturing enterprises was studied and its feasibility and validity was proved in the machine tool selection optimization .