CAJ | 학술논문

为了提高产品的整机可靠性，提出了可靠性驱动的装配技术（reliability driven assembly technology，RDAT）的概念。根据可靠性要求，首先利用结构分析和设计技术（structured analysis and design technique，SADT）对所装配产品进行功能分析，得到“元动作”粒度的SADT模型。然后采用具有时间特性的动态贝叶斯网络对RDAT进行了建模，将“元动作”级别的SADT模型转化为相应的动态贝叶斯网络模型。最后以某加工中心的托盘交换架进行实例分析，在装配产品和功能动作为多态系统的情况下，验证了该建模与仿真方法的有效性。
위료제고산품적정궤가고성，제출료가고성구동적장배기술（reliability driven assembly technology，RDAT）적개념。근거가고성요구，수선이용결구분석화설계기술（structured analysis and design technique，SADT）대소장배산품진행공능분석，득도“원동작”립도적SADT모형。연후채용구유시간특성적동태패협사망락대RDAT진행료건모，장“원동작”급별적SADT모형전화위상응적동태패협사망락모형。최후이모가공중심적탁반교환가진행실례분석，재장배산품화공능동작위다태계통적정황하，험증료해건모여방진방법적유효성。
For improving the reliability of products, a reliability driven assembly technology （RDAT） was presented. According to the requirements of reliability, structured analysis and design technique（SADT） was firstly applied to functioning analysis,then the last level of SADT model could be obtained. The dynamic Bayesian networks（DBN） which can depict the time was applied to modeling for RDAT,the SADT model was converted to corresponding DBN model. At last, while the system and functional actions were multi--states, the pallet changer of some machining center was taken as an example to verify the effectiveness of the model and simulation analysis method.