Top event failure probabilities are normally calculated using the exact values of the components failure probabilities in case of fault-tree analysis. There are some systems where evaluation of failure probabilities of components are very difficult based on the past occurrences because of system environments change. Moreover, failure of component which has never failed before must often be considered. Therefore, an approach based on possibility of failure i.e a fuzzy set defined in probability space has been introduced & finally possibility of failure of top event based on fuzzy fault-tree model is calculated considering the trapezoidal nature possibility of failure of components by developing a generalized computer program
Fault tree analysis (FTA) is a deductive tool to assess the safety of nuclear power plants. This ana...
The application of fault tree analysis (FTA) to system safety and reliability is presented within th...
Reliability has vital significance to engineers and designers in a safety system. Consequently, fail...
[[abstract]]In conventional probability-based fault-tree analysis, the vague property in many system...
© Springer International Publishing Switzerland 2014. Fault tree analysis (FTA) has been modified in...
Introduction: Probabilistic risk assessment using fault tree analysis is an effective tool to assess...
The reliability of complex systems is analyzed based on several systematic steps using many safety e...
In conventional approach to reliability analysis using logical trees methodologies, uncertainties in...
The main objective of fault tree analysis method is to estimate the “Top Event occurrence probabilit...
It is well-known that the conventional fault tree analysis using probabilities has been found to be ...
Fuzzy fault trees provide a powerful and computationally efficient technique for developing fuzzy pr...
Conventional fault tree analysis in safety analysis of complex engineering systems calculates the oc...
Fuzzy fault trees provide a powerful and computationally efficient technique for developing fuzzy pr...
Fault tree analysis (FTA) is a powerful technique that is widely used for evaluating system safety a...
YesFuzzy data-driven reliability analysis has been used in different safety-critical domains for ris...
Fault tree analysis (FTA) is a deductive tool to assess the safety of nuclear power plants. This ana...
The application of fault tree analysis (FTA) to system safety and reliability is presented within th...
Reliability has vital significance to engineers and designers in a safety system. Consequently, fail...
[[abstract]]In conventional probability-based fault-tree analysis, the vague property in many system...
© Springer International Publishing Switzerland 2014. Fault tree analysis (FTA) has been modified in...
Introduction: Probabilistic risk assessment using fault tree analysis is an effective tool to assess...
The reliability of complex systems is analyzed based on several systematic steps using many safety e...
In conventional approach to reliability analysis using logical trees methodologies, uncertainties in...
The main objective of fault tree analysis method is to estimate the “Top Event occurrence probabilit...
It is well-known that the conventional fault tree analysis using probabilities has been found to be ...
Fuzzy fault trees provide a powerful and computationally efficient technique for developing fuzzy pr...
Conventional fault tree analysis in safety analysis of complex engineering systems calculates the oc...
Fuzzy fault trees provide a powerful and computationally efficient technique for developing fuzzy pr...
Fault tree analysis (FTA) is a powerful technique that is widely used for evaluating system safety a...
YesFuzzy data-driven reliability analysis has been used in different safety-critical domains for ris...
Fault tree analysis (FTA) is a deductive tool to assess the safety of nuclear power plants. This ana...
The application of fault tree analysis (FTA) to system safety and reliability is presented within th...
Reliability has vital significance to engineers and designers in a safety system. Consequently, fail...