Other References

Below are references for download:

J. Andrews, J. M. Morgan, Application of the Digraph Method of Fault Tree Construction to Process Plant, 5th National Reliability Conference, Birmingham, 10-12, July 1985

D. Haasl, Advanced Concepts in Fault Tree Analysis, System Safety Symposium Sponsored by the University of Washington and the Boeing Company, June 8-9, 1965.

W. Vesely, F. Goldberg, N. Roberts and D. Haasl, Fault Tree Handbook, NUREG-0492, January 1981

Vesely et al., (2002). “Fault Tree Handbook with Aerospace Applications.”

Bill Vesely Fault tree analysis (FTA) concept and applications NASA, June 2018

W. E. Vesely, et. al “Measures of Risk Importance and Their Applications” NUREG-CR-3385 BMI-2103 May 1986

A. Mosleh, Guidelines on Modeling Common-Cause Failures in Probabilistic Risk Assessment, NUREGCR-5485, November 1998

C. Ericson, Fault Tree Analysis A History, Proceedings of the 17th International System Safety Conference 1999F. Chandler, NASA Human Error Analysis, NASA, September 2010

G. Apostolakis, Mathematical Methods of Probabilistic Safety Analysis, UCLA, Report UCLA-Eng-7464 1974

F. Chandler, NASA Human Error Analysis, NASA, September 2010

G. E. Cummings, Summary Report on the Seismic Safety Margins Research Program, NUREGCR 4431 January 1986

G. S. Hardy, M. K. Ravindra, Guidance on Relay Chatter Effects, NUREG CR 5499, February 1990.

Individual Plant Examination Submittal Guidance, U. S. Nuclear Regulatory Commission, NUREG-1335 August 1989

J. T. Chen, Procedural and Submittal Guidance for the Individual Plant Examination of External Events (IPEEE) for Severe Accident Vulnerabilities, NUREG-1407

J. Wells, L. George and G. E. Cummings, Phase 1 Report—Systems Analysis Project VII Seismic Safety Margins Research Program, NUREGCR-2015, Vol. 8, Rev 1 November 1983

N. Newmark, Inelastic Design of Nuclear Power Structures and its Implication on Design of Critical Equipment, SMIRT, 1977

L. Minton R Johnson Fault Tree Faults International Conference on Hazard Identification and Risk Analysis, Human Factors and Human Reliability in Process Safety Jan 1992

R. Worrell, G. Burdick, Qualitative Analysis in Reliability & Safety Studies, IEEE Transactions on Reliability, Vol R-25, No.3 April 1976

S. Levine, W. Vesely Important Event-Tree and Fault-Tree Considerations in the Reactor Safety Study IEEE Transactions on Reliability, Vol R-25, No.3 April 1976

M. Ravindra, Seismic Assessment of Chemical Facilities under California Risk Management and Prevention Program, International Conference on Hazard Identification and Risk A

S. A. Eide, et al, Industry Average Performance for Components and Initiating Events at U.S. Commercial Nuclear Power Plants, NUREGCR-6928, February 2007

V. Pasquale, et al. An Overview of Human Reliability Analysis Techniques in Manufacturing Operations, Chapter 9, INTECH

I. Papazoglou, et al, Probabilistic Safety Analysis Procedures Guide, Brookhaven National Laboratory, NUREGCR-2815 Jan 1984

IAEA PSA Level 1 Guide SSG-3 (Pub 1430)

IAEA PSA Level 2 Guide SSG-4 (Pub 1443)

NUREG-CR-3428 APPLICATION OF THE SSMRP

PRA Procedures Guide Vol 1 NUREG-CR-2300 Jan 1983

PRA Procedures Guide Vol 2 NUREG-CR-2300 Jan 1983

USNRC, Probabilistic Risk Assessment, Jan 2019

Boeing, Fault Tree Analysis – Apollo Incident, Task Item 9.0, for MSC Apollo 13 Review Board, Action Item 35, June 1970

C. P. Gilmore “Why Apollo 13 Failed,” Popular Science, P. 64, Popular Science, October 1970