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Risk Analysis of an Automated Assembly Line Operation
ISSN: 0148-7191, e-ISSN: 2688-3627
Published February 01, 1979 by SAE International in United States
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Risk Analysis is a powerful technique for quantifying the risk associated with a process or product, and determining the cost/benefit tradeoffs within the system for managing risk. The application of Risk Analysis to the automotive industry is illustrated using an actual case history. The risk involved was damage to equipment and/or product due to failures within the system. The Risk Analysis identified the elements of the system which were responsible for the high frequency of damage failures the client was experiencing. Corrective action on these elements substantially reduced the occurrence of damage failures. In addition, the analysis predicted an unacceptable level of control system failures -- subsequently confirmed by operating experience. No reasonable-cost remedies were identified by the analysis. Alternate control system strategies are in the process of being evaluated. The case history illustrates the applicability and benefits of Risk Analysis to automotive industry operations in general.
CitationHulburt, D. and Albaugh, L., "Risk Analysis of an Automated Assembly Line Operation," SAE Technical Paper 790283, 1979, https://doi.org/10.4271/790283.
- Haasl D. F. “Advanced Concepts in Fault Tree Analysis,” Proceedings of the System Safety Symposium June 8-9 1965 Seattle The University of Washington and The Boeing Company
- Fussell J. B. “Fault Tree Analysis - Concepts and Techniques,” NATO Advanced Study Institute on Generic Techniques of System Reliability Assessment Nordhoff Publishing Company 1973
- “Risk Analysis Offers New Engineering Tool,” Automotive Engineering 7 86 July 1978