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An Overview of Risk Analysis Methodology
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English
Abstract
Historically the term Risk Analysis evolved from capital investment studies. However risk is inherent in product development, reliability and safety in addition to cost effectiveness analysis. Often classical probability distributions expressing risk are unavailable; and thus it becomes imperative to assess the personal probability distributions of technical experts. Features of three main assessment methodologies and their applicability for quantifying technological risk are discussed. Implementation procedures and the pitfalls to be avoided are outlined. Sample results of a case study for new product development, which were subsequently used as inputs to a decision and control model are presented.
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Aswad, A., "An Overview of Risk Analysis Methodology," SAE Technical Paper 780167, 1978, https://doi.org/10.4271/780167.Also In
References
- Aswad A. Bonder S. “Maximizing Effectiveness Returns from Investments in Technology--MERIT,” Journal of Operations Research 1978
- Brown D.B. “Systems Analysis and Design For Safety.” Prentice Hall 1976
- Brown R.V. “Research and the Credibility of Estimates,” Boston Harvard Press 1969
- Floyd A.L. “A Methodology for Trend Forecasting of Figures of Merit,” “Technological Forecasting for Industry and Government: Methods and Applications,” Bright J.R. N.J. Prentice Hall 1968 95 109
- Fussell J.B. Powers G.J. Bennetts R.J. “Fault Trees - A State of the Art Discussion,” IEEE Transactions of Reliability R-23 1 April 1974
- Hertz D.B. “Risk Analysis in Capital Investment,” “Harvard Business Review,” 42 Jan-Feb 1964 95 106
- Hespos R.F. Strassman P.A. “Stochastic Decision Trees for the Analysis of Investment Decisions,” “Management Science” 11 Aug 1965 244 259
- Hess S.W. Quigley H.A. “Analysis of Risk in Investments Using Monte Carlo Techniques,” “Chem. Engrg. Progr. Symp. Ser #42” 59 1963 55 63
- Hillier F.S. “The Derivation of Probabilistic Information for the Evaluation of Risky Investments,” Mgmt. Science 10 April 1963
- Kapur K.C. Lamberson L.R. “Reliability in Engineering Design,” Wiley 1977
- Lie C.H. Hwang C.L. Tillman F.A. “Availability of Maintained Systems: A State-of-the-Art Survey,” AIIE Transactions September 1977
- Pessemier E.A. “New Product Decisions: An Analytical Approach,” N.Y. McGraw-Hill 1966 81 178
- Press S.J. Harman A.J. “Methodology for Subjective Assessment of Technological Advancement,” Rand Report R-1375 April 1975
- Raiffa H. “Decision Analysis: Introductory Lectures on Choices Under Uncertainty,” Reading Mass. Addison-Wesley 1968
- Raiffa H. Schlaifer R. “Applied Statistical Decision Theory,” Boston Harvard Press 1961
- Savage L.J. “The Foundations of Statistics N.Y. Wiley 1954
- Stael von Holstein C.A.S. “Assessment and Evaluation of Subjective Probability Distributions,” Stockholm The Economic Research Institute 1970
- Timson F.S. “Measurement of Technical Performance in Weapon System Development Programs - A Subjective Probability Approach,” Rand Memorandum RM-5207-ARP December 1968
- Winkler R.L. “The Assessment of Prior Distributions in Bayesian Analysis,” American Statistical Association Journal September 1967