CAJ | 학술논문

设备因结构形式多样、耦合复杂、功能多元化、运行参数多等因素难以进行系统状态评价,论文在分析了设备系统功能层次结构特点基础上,运用模糊综合评价和层次分析法,提出了一种系统量化评价设备状态的方法.考虑到设备运行过程中各参数的影响,研究了设备状态及其评价层次模型,采用健康值来综合测度设备运行状态;运用层次分析法结合专家经验,研究了评价层级结构权重;采用模糊综合评价理论研究了正负指标的隶属函数构建方法,探讨了系统评价矩阵和模糊变换算子,并建立了基于模糊层次分析法的设备状态系统评价模型,计算出各子系统的健康值,以量化评价设备系统状态,从而全面掌握其系统状态.运用该方法在水泥行业中的回转窑设备进行评价分析,验证了其有效性.
설비인결구형식다양、우합복잡、공능다원화、운행삼수다등인소난이진행계통상태평개,논문재분석료설비계통공능층차결구특점기출상,운용모호종합평개화층차분석법,제출료일충계통양화평개설비상태적방법.고필도설비운행과정중각삼수적영향,연구료설비상태급기평개층차모형,채용건강치래종합측도설비운행상태;운용층차분석법결합전가경험,연구료평개층급결구권중;채용모호종합평개이론연구료정부지표적대속함수구건방법,탐토료계통평개구진화모호변환산자,병건립료기우모호층차분석법적설비상태계통평개모형,계산출각자계통적건강치,이양화평개설비계통상태,종이전면장악기계통상태.운용해방법재수니행업중적회전요설비진행평개분석,험증료기유효성.
It is very difficult to carry out system evaluation for equipment state due to the structural multiplicity,the coupling complexity,the functional diversification and the excessive operating parameters factors,this article analyzes the structural features of equipment,a quantitative evaluation method of equipment state is developed using fuzzy synthesis evaluation and analytic hierarchy process methodology. Considering the impact of various parameters in the process of equipment running,the equipment state and its evaluation hierarchy model are analyzed.The health value is employed to quantitatively describe the running state degree of equipment.The weight vectors of all evaluation hierarchies are discussed by using the analytic hierarchy process methodology with the experiences of expert.Applied the fuzzy set evaluation theory,a type of subjection function of positive and negative indicators is developed,and the evaluation matrix is discussed as well as fuzzy transformation algorithm operators.The valuation model for equipment＇s health state based on fuzzy and analytic hierarchy process is built.Therefore,the health value of subsystems can be gotten to quantify the evaluation of equipment＇ system state,that is also the state of equipment is clear,which provides us with theoretical guide for seeking further optimization maintenance strategy.Finally,an application of the method in rotary kiln used in cement industry verifies its effectiveness.