姓名:刘枫棣
Email:fengdiliu@buaa.edu.cn
性别:女
籍贯:
山东省滨州市
本科学校与专业:郑州大学,安全工程专业
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研究生入学时间:2017年9月
研究生论文题目:
基于RQR链的产品装配质量风险分析与控制技术(北京市优秀毕业生,国家奖学金)
答辩时间:2019年12月
就业单位:航天二院25所
就业方向:质量与可靠性工程
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研究成果:
1.何益海,崔家铭 ,朱春灵, 刘枫棣.一种基于MQR链的产品装配过程质量风险分析方法.专利号:201710244066.9,2017年4月14日,中华人民共和国国家知识产权局。
2.Fengdi Liu,Yihai He,Jiaming Cui.Product Assembling Quality Risk Analysis approach Based on RQR Chain. The 2nd International Conference on Reliability Systems Engineering (ICRSE 2017), July 10-12, 2017, Beijing, China
3.Chunling Zhu, Yihai He, Jiaming Cui, Fengdi Liu.Quality variation control oriented product infant failure risk mitigation strategy based on risk chain.The 2nd International Conference on Reliability Systems Engineering (ICRSE 2017), July 10-12, 2017, Beijing, China.
4.Chunling Zhu, Yihai He, Jiaming Cui, Fengdi Liu.Assessing the risk of product infant failure based on Bayesian network and manufacturing quality variation propagation.The 2017 Prognostics and System Health Management Conference (PHM-Harbin), July 9-12, 2017,Harbin, China.
5.Yihai He, Jiaming Cui,Fengdi Liu,Panting Duan,Donglin Li.Risk-oriented assembly quality analysing approach considering product reliability degradation.International Journal of Production Research.2019,57(1):271-284.
6.Yihai He, Jiaming Cui,Fengdi Liu,Chunling Zhu.Risk-based quality accident ranking approach using failure mechanism and Axiomatic domain mapping.Total Quality Management & Business Excellence.2018,DOI:10.1080/14783363.2018.1453300
7.Fengdi liu, Yihai He, Jiaming Cui, Panting Duan and Yu Xu.Risk-oriented Product Assembling System Health Analysis Approach Based on RQR Chain.The 2018 Prognostics and System Health Management Conference,Chongqing, China,October 26 to 28, 2018.
8.Fengdi Liu,Yihai He, Anqi Zhang, Jiaming Cui, Panting Duan,Yu Xu.Product Assembling Quality Risk Control Strategy Based on Reverse RQR Chain.The 12th International Conference on Reliability Maintainability and Safety (ICRMS’2018),Shanghai, China ,Oct 17-19,2018.
9.Panting Duan, Yihai He, Anqi Zhang,Jiaming Cui,Fengdi Liu.Big Data Oriented Root Cause Heuristic Identification Approach Based on FWARM for Quality Accident.The 12th International Conference on Reliability Maintainability and Safety (ICRMS’2018),Shanghai, China ,Oct 17 -19,2018.
10.Jiaming Cui, Yihai He, Fengdi Liua, Min Xie.A Health Risk Modeling Approach of Complex Manufacturing Systems based on Big Operational Data.The 64th Annual Reliability and Maintainability Symposium,January 22–25, 2018.Nevada,USA (EI检索源)
11.Pengyu Li,Yihai He,Fengdi Liu,Wenkui Hou,Panting Duan,Yixiao Zhao.Root Cause identification approach Based on FP-Growth for Product Quality Accident.The 2018 Prognostics and System Health Management Conference,Chongqing, China,October 26 to 28, 2018.
12.Fengdi Liu, Yihai He , Yixiao Zhao, Anqi Zhang and Di Zhou.Risk-Oriented Product Assembly System Health Modeling and Predictive Maintenance Strategy.Sensors 2019, 19(9), 2086.
13.Zhenzhen He,Yihai He,Fengdi Liu, Yixiao Zhao.Big data-oriented product infant failure intelligent root cause identification using associated tree and fuzzy DEA.IEEE Access,2019,DOI:10.1109/ACCESS.2019.2904759.
14.Yihai He,Fengdi Liu, Jiaming Cui, Xiao Han, Yixiao Zhao, Zhaoxiang Chen, DiZhou, Anqi Zhang.Reliability-oriented design of integrated model of preventive maintenance and quality control policy with time-between-events control chart.Computers & Industrial Engineering,2019, 129(3):228-238.
15.Zhaoxiang Chen,Yihai He, Fengdi Liu, Chunling Zhu and Di Zhou.Product infant failure risk modeling based on quality variation propagation and functional failure dependency.Advances in Mechanical Engineering.2018,DOI:
16.Yihai He, Jiaming Cui,Fengdi Liu,Chunling Zhu.Risk-based quality accident ranking approach using failure mechanism and Axiomatic domain mapping.Total Quality Management & Business Excellence.2018,DOI:10.1080/14783363.2018.1453300
17.Zhaoxiang Chen, Yihai He,Yixiao Zhao, Xiao Han, Fengdi Liu,Di Zhou.Mission reliability-oriented selective maintenance optimization for intelligent multistate manufacturing systems with uncertain maintenance quality.IEEE ACCESS,2019,DOI: 10.1109/ACCESS.2019.2933580.