Scientific and technological advances have yielded a plethora of benefits, but the associated risks have increased as well. Although numerous safety standards have been established for various applications, these standards have not been adequately verified. In this study, a method is proposed for prioritizing safety standard priorities on the basis of minimal cut sets. In addition, safety standards obtained through fault tree analysis are applied to the breakdown modes and accident cause removal methods of failure mode and effects analysis to develop a validity verification method for safety standard sets. The developed method was applied to a gas-boiler exhaust system as a case study, and the validity of the safety standard sets and improvements in the safety standards were verified on the basis of the established safety standard priorities.
Moon KH, Kim SH, Choi JH, Kim JK, J. Korean Soc. Aviation Aeronautics, 21(4), 2013
Lee SI, Chu BS, Chang DJ, Int. J. Precision Eng. Manufacturing, 15(2), 331, 2014
Kim MH, Jin EJ, Park MG, J. Korea Multimedia Soc., 16(1), 87, 2013
Jang HA, Risk Evaluation of Hierarchical Failure Causes in FMEA, Ph.D. Dissertation, Pukyong National University, Busan, Korea (2015).
Jin EJ, Kim MH, Park MG, KIPS Trans. Software Data Eng., 2(1), 7, 2013
Kim MH, Toyib W, Park MG, KIPS Trans. Computer Communication System, 2(12), 541, 2013
Toyib W, An Integrative Method of FTA and Software FMEA for Security Analysis of a Smartphone, ME Dissertation, Pukyong National University, Busan, Korea (2012).
Kim DJ, Kim JO, Kim HC, Railway J., 12(3), 342, 2009