This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
Method of Computer-Aided FTA (Fault Tree Analysis) in Reliability Design and Development: Analyzing FTA Using the Support System in Actual Design Process
Technical Paper
2014-01-0747
ISSN: 0148-7191, e-ISSN: 2688-3627
Annotation ability available
Sector:
Language:
English
Abstract
The authors propose computerized support for Fault Tree Analysis (FTA) based on new knowledge management in product design. FTA is a method of analyzing and visualizing the causes of a fault event by Fault Tree diagram (FT diagram) that has a tree structure with logical step. Many methods of support for FTA are studied, but they are not effective for our FTA. We have developed the system of Computer-Aided FTA (FTAid) for design engineers by the collaborative research group (JATCO Ltd, The University of Tokyo and National Institute of Advanced Industrial Science and Technology). We reported this system in SAE2012 World Congress. After that, the knowledge management for FTA and new functions of this system have been studied continuously. In this paper we report that FT diagrams used FTAid improved to be useful for design engineers are analyzed based on individual qualification and skill of FTA, we study improvement of FTAid and the FTA education system.
Recommended Content
Authors
Citation
Hiraoka, Y., Yamamoto, K., Murakami, T., Furukawa, Y. et al., "Method of Computer-Aided FTA (Fault Tree Analysis) in Reliability Design and Development: Analyzing FTA Using the Support System in Actual Design Process," SAE Technical Paper 2014-01-0747, 2014, https://doi.org/10.4271/2014-01-0747.Also In
References
- Suh . Nam P. Axiomatic Design Oxford University Press 2001
- Tamura , Y. A Study on the Method to Manage Design Knowledge on Failures - Construction of the Knowledge Structure of a Causal Chain of Failures - The Journal of Quality 32 1 2002 122 135
- Kitamura , Y. and Mizoguchi , R. An Ontology of Faults -Articulation and Organization- The Journal of JSAI 14 5 1999 828 837
- Shiomi , H. , Shimaoka , J. and Ishiyama , K. Utilization of FMEA · FTA JUSE Press, Ltd. 1983
- Miyamura , T. Effective Use of FTA to Join Design Technology Information and Make it Organization Reusable Knowledge The Journal of Quality 27 2 1997 69 77
- Ooki , Y. , Murakami , Y. P·FTA-D·QFD method for the short development process and high quality production Nissan Technical Review 44 1999 50 55
- Ooyama , A Introduction of IT Technology into D&D Process of JAXA's Rocket Engine Valves foFr Reliability Improvement Proc. Of Design & Systems Conference '07 (JSME) 2007 201 205
- Yoshimua , T. and Tada , N. Function and Feature of FTA System at Toyota Motor Corporation The 9th Symposium of Application Case with JUSE-QCAS
- Murakami , T. , Kikuchi , Y. and Hiraoka , Y. Quantity Dimension Indexing for Design Knowledge Management Proc. Of ASME 2008 IDEC&CIEC Conference (DETC2008-49737) (CD-ROM) 2008 1
- Murakami , T. and Kikuchi , Y. Knowledge Management for Fault Tree Analysis Based on Quantity Dimension Indexing Journal of JSME C ed. 75 756 2009 2171 2180
- Hiraoka , Y. , Murakami , T. Development of the support tool for fault tree analysis (FTA)-Application of knowledge management based on Quantity Dimension Indexing- The 39th Symposium on Reliability and Maintainability 2009
- Ichikawa , T. Thinking (Cognitive Psychology 4) University of Tokyo Press 1996
- Szykman , S. , Sriram , R. D. , Bochenek , C. , Racz , J. W. and Senfaute , J. Design Repositories: Engineering Design's New Knowledge Base IEEE Intelligent Systems 15 3 2000 48 55
- Hirtz , J. , Stone , R. B. , McAdams , D. A. , Szykman , S. and Wood , K. L. A Functional Basis for Engineering Design: Reconciling and Evolving Previous Efforts Research in Engineering Design 13 2 2002 65 82
- Kitamura , Y. , Kashiwase , M. , Fuse , M. and Mizoguchi , R. Deployment of an Ontological Framework of Functional Design Knowledge Advanced Engineering Informatics 18 2 2004 115 127
- Ahmed , S. Encouraging Reuse of Design Knowledge: A Method to Index Knowledge Design Studies 26 6 2005 565 592
- Gruber , T. R. and Olsen , G. R. An Ontology for Engineering Mathematics Fourth International Conference on Principles of Knowledge Representation and Reasoning Bonn 1994 1 18
- Bureau International des Poids et Mesures SI brochure 8th 2006 94 180
- Sawada , H. , Matsuki , N. , Tokunaga , H. , Furukawa , Y. A Manufacturing Software Development and Operation Framework ‘MZ Platform’ and its applications in Industry Proc of Advanced Engineering Design, 0093.pdf (CD-ROM) 2004
- Hiraoka . Y. , Yamamoto . K. , Murakami . T. , Furukawa . Y. , Tokunaga . H. , and Sawada . H. Method of Computer-Aided FTA in Reliability Design and Development -Using Knowledge Management based on Quantity Dimension Indexing and Block Diagrams - SAE Technical Paper 2012-01-0203 , Journal of Commercial Vehicles 5 1 2012 72 82
- Klatis . Lev M. Accelerated Quality and Reliability Solutions ELSEVIER 2006
- T. , Furukawa . Y. , Tokunaga . H. , and Sawada . H. Development of the support software created an FT diagram (FTAid) 22th Design engineering & System section Conference of JSME 2012