ON COMMON-CAUSE FAILURES - BIBLIOGRAPHY

[1] A Study of Common-Cause Failures Phase I: A Classification System, Electrical Power Research Institute, Report No. EPRI, NP 3383, (1984)

[2] Allan, Dialynas, Homer, Modeling Common-Mode Failures in the Reliability Evaluation of Power System Networks, IEEE Power Engineering Society Discussions and Closures from the Winter Meeting, (1979)

[3] Allan, Rondiris, Fryer, An Efficient Computational Technique for Evaluating the Cut/Tie sets and Common-Cause Failures, IEEE Transactions on Reliability, 30, 2, pp. 101-109, (1981)

[4] Apostolakis, Effect of a Certain Class of Potential Common-Cause Mode Analysis on Reliability of Redundant Systems, Nuclear Engineering and Design, 36, pp. 123-133, (1976)

[5] Apostolakis, On a Certain Class of Potential Common-Mode Failures, Transactions of American Nuclear Society on Safety System Reliability Methods and Applications, 22, pp. 476-477, (1975)

[6] Apostolakis, On the Reliability of Redundant Systems, Transactions of American Nuclear Society on Safety Systems Reliability Methods and Applications, 22, pp. 477-478, (1975)

[7] Atwood, Common-Cause and Individual Failure and Fault Rates for Licensee Event Reports of Pumps at U.S. Commercial Nuclear Power Plants, Report No. EGG EA 5289, (1980)

[8] Atwood, The Binomial Failure Rate Common-Cause Model, Technometrics, 28, pp. 139-148, (1986)

[9] Atwood, Common-Cause Fault Rates for Pumps, Report No. NUREG/CR-2098, (1982)

[10] Atwood, Estimators for the Binomial Failure Rate Common- Cause Model, Report No. NUREG/CR-1401, (1981)

[1] A Study of Common-Cause Failures Phase I: A Classification System, Electrical Power Research Institute, Report No. EPRI, NP 3383, (1984)

[2] Allan, Dialynas, Homer, Modeling Common-Mode Failures in the Reliability Evaluation of Power System Networks, IEEE Power Engineering Society Discussions and Closures from the Winter Meeting, (1979)

[3] Allan, Rondiris, Fryer, An Efficient Computational Technique for Evaluating the Cut/Tie sets and Common-Cause Failures, IEEE Transactions on Reliability, 30, 2, pp. 101-109, (1981)

[4] Apostolakis, Effect of a Certain Class of Potential Common-Cause Mode Analysis on Reliability of Redundant Systems, Nuclear Engineering and Design, 36, pp. 123-133, (1976)

[5] Apostolakis, On a Certain Class of Potential Common-Mode Failures, Transactions of American Nuclear Society on Safety System Reliability Methods and Applications, 22, pp. 476-477, (1975)

[6] Apostolakis, On the Reliability of Redundant Systems, Transactions of American Nuclear Society on Safety Systems Reliability Methods and Applications, 22, pp. 477-478, (1975)

[7] Atwood, Common-Cause and Individual Failure and Fault Rates for Licensee Event Reports of Pumps at U.S. Commercial Nuclear Power Plants, Report No. EGG EA 5289, (1980)

[8] Atwood, The Binomial Failure Rate Common-Cause Model, Technometrics, 28, pp. 139-148, (1986)

[9] Atwood, Common-Cause Fault Rates for Pumps, Report No. NUREG/CR-2098, (1982)

[10] Atwood, Estimators for the Binomial Failure Rate Common- Cause Model, Report No. NUREG/CR-1401, (1981)