游艇会yth1111

安全科学与工程学科


凌元锦教授

导师姓名

凌元锦

性别

职称

教授

学历(学位)

博士

所属院系

环境与安全工程游艇会yth1111

导师类别

硕士生导师

行政职务


招生专业

安全科学与工程 / 计算机应用技术

研究方向

化工安全智能技术、化工安全生命周期管理系统集成、计算

机辅助危险分析与评价、基于风险评估的设备检测和管理技

术(RBI&RBM)、化工设备概率安全评价(PSA)。

联系方式

qustling@163.com

个人简历:

凌元锦、日本归侨、博士、教授、硕士生导师。在日本工作期间,担任Techno Management Solutions Ltd.公司董事、开发部长、首席研究员。主持研发了化工安全生命周期管理系统集成软件。该软件集成了计算机辅助HAZOP分析、故障树自动生成与分析、可视化设备管理、在线故障诊断、可视化变更管理、操作规程可视化管理六大系统,在日本多家石化企业和科研单位得到了应用验证。技术成果在2012年3月获得了日本化学工程师学会技术奖,并在日本申请了专利。

代表性科研项目:

l                    

l    山东省重点研发计划项目:基于物联网和云计算的化工安全关键技术集成研究(项目编号:2017GSF20104),主持,在研;

l    化工安全软件:化工安全生命周期管理系统集成软件。

 

 

代表性论文、论著:

学术杂志论文

1.Teiji Kitajima,Tetsuo Fuchino,Yukiyasu Shimada,Ling Yuanjin:Use Case Driven   Development of a Risk Management Tool with Business Process Model for   Chemical Plants,Computer Aided Chemical Engineering,30,912-916,2012

2.Yuan-Jin Ling ,Koichi MAKI,Noritaka YUSA,Kenzo MIYA: Development of the   Optimization Model for TBM Time Intervals in Maintenance Methods Combined TBM   and CBM,Transactions of the Atomic Energy Society of Japan,Vol.6,No.3,2007,Japan

3.Kentaro TAKASE ,Yuan-Jin Ling,Takahiko HIDA:Study on   Probabilistic design of Nuclear reactor:LRFD Method and   Application to Nuclear Reactor Piping design,Japan Society of   Maintenology,Vol.4,No.4,2006,Japan

4.Yuan-Jin Ling ,Kazuhiko Suzuki ,Takehisa Kohda :A Mathematical Model   of Independent Protection Layer,Transactions of the   Society of Instrument and Control Engineers,Vol.42,No.1,2006,Japan

5.Yuan-Jin Ling ,Kazuhiko Suzuki ,Takehisa Kohda :A Mathematical Model   of Protective System with Self-Diagnosis,Transactions of the   Society of Instrument and Control Engineers,Vol.41,No.3,2005,Japan

6.Yuan-Jin Ling ,Kazuhiko Suzuki ,Takehisa Kohda :Optimal Risk-Based   Inspection Policy for Safety Instrumentation System,Transactions of the   Society of Instrument and Control Engineers,Vol.40,No.3,2004,Japan

7.Yuan -Jin Ling ,Takehisa Kohda,Kazuhiko Suzuki,Yukiyasu Shimada :Reliability and   Safety of Safety Monitoring System Considering Intermittent and Complete   Failure,Transactions of the Society of Instrument and Control Engineers,Vol.39,No.2,2003,Japan

 

会议论文

1.Yukiyasu Shimada,Teiji Kitajima,Yuanjin Ling :Integrated risk   management system based on IPL concept for chemical processes,USB Proceedings of   11th International Probabilistic Safety Assessment and Management Conference   & The Annual European Safety and Reliability Conference 2012,PSAM11 &   ESREL2012,20-Tu5-2.

2.Yuan-Jin Ling, Yukiyasu Shimada,Teiji Kitajima :Fault Tree Synthesis   Based on HAZOP Log,Proceedings of the 76th SCEJ Annual  Meeting,Tokyo,Japan( 2011)

3.Teiji Kitajima, Yukiyasu Shimada, Yuan-Jin Ling :An Engineering   Support Platform Based on Process Safety Assessment,Proceedings of the   75th SCEJ Annual  Meeting,Kagoshima,Japan( 2010)

4.Teiji Kitajima,Tetsuo Fuchino,Yukiyasu Shimada,Yuji Naka,Yuan-Jin Ling,Kensuke Iuchi,Koji Kawamura :A New Scheme for   Management of Change Support Based on Hazop Log,20th European   Symposium on Computer Aided Process Engineering,Computer Aided   Process Engineering,Elsevier,Volume 28,pp. 163-168,Jun. 2010.

5.Yuan-Jin Ling,Noritaka YUSA,Koichi MAKI,Kenzo MIYA,Takahiko HIDA :Development of   Risk-Informed Piping Optimal Design Method,Proceedings of the   JSME Dynamics and Design Conference 2007,225,Hiroshima,Japan2007

6.Yuan-Jin Ling,Noritaka YUSA,Koichi MAKI,Akihiro TAGAWA :Evaluating   Availability of Pipe Wall Thinning Monitoring by Monte Carlo Simulation   Method,Proceedings of the 4th JSM Annual Conference,P27,Fukui,Japan2007

7.Yuan-Jin Ling,Noritaka YUSA,Koichi MAKI,Kenzo MIYA,Takashi SHIMIZU :Study on Best-Mix of   CBM and TBM by Monte Carlo Simulation Method,Proceedings of the   AESJ Fall Meeting,C14,Kita-kyushu,Japan2007

8.Yuan-Jin Ling,Kentaro TAKASE,Koichi MAKI :Study on Best-Mix of   CBM and TBM Considering Effect of Spurious Diagnostics Using State Transition   Model,Proceedings of the 3rd JSM Annual Conference,P19,Sendai,Japan2006

9.Yuan-Jin Ling,Kentaro TAKASE,Koichi MAKI,Takahiko HIDA :Study on Prediction   of Thickness in Nuclear Reactor Piping and Estimation of Inspection Intervals   by Applying Reliability-base Method,Proceedings of the   3rd JSM Annual Conference,P18,Sendai,Japan2006

10.Yuan-Jin Ling,Kentaro TAKASE,Koichi MAKI,Takahiko HIDA :Development of   Calculation Code of LRFD method and Application to Nuclear Reactor Piping,Proceedings of the   AESJ Fall Meeting,L16,Sapporo,Japan2006

企业标准与专利:

1、  化工过程风险评估智能化装置,日本国家专利厅,特许2010- 244439

主要学术奖励:

1、  2012年3月获得日本化学工程师学会技术奖,获奖项目名称:化工过程设备管理/操作运行整合模型开发与应用

 

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