This paper describes a method, IDHEAS (Integrated Decision-Tree Human Event Analysis System) that has been developed jointly by the US NRC and EPRI as an improved approach to Human Reliability Analysis (HRA) that is based on an understanding of the cognitive mechanisms and performance influencing factors (PIFs) that affect operator responses. The paper describes the various elements of the method, namely the performance of a detailed cognitive task analysis that is documented in a crew response tree (CRT), and the development of the associated time-line to identify the critical tasks, i.e. those whose failure results in a human failure event (HFE), and an approach to quantification that is based on explanations of why the HFE might occur
Human Reliability Analysis (HRA) is currently comprised of at least 40 different methods that are us...
Since the Reactor Safety Study in the early 1970's, human reliability analysis (HRA) has been evolvi...
The reliability of human operators in process control is sensitive to the context. In many contempor...
In response to Staff Requirements Memorandum (SRM) SRM-M061020, the U.S. Nuclear Regulatory Commissi...
The Office of Nuclear Regulatory Research (RES) is sponsoring work in response to a Staff Requiremen...
Serious incidents that occur inside or caused by industrial plants represent a very critical issue. ...
AbstractHuman reliability analysis (HRA) is used in the context of probabilistic risk assessment (PR...
Airplanes, ships, nuclear power plants and chemical production plants (including oil & gas facilitie...
This paper describes the knowledge base for the application of the new human reliability analysis (H...
Human Reliability Analysis (HRA) has found application within a diverse set of engineering domains, ...
When performing a hazards analysis (HA) for a high consequence process, human error often plays a si...
Few systems operate completely independent of humans. Thus any study of system risk or reliability r...
Patient safety is a concern within the healthcare domain as it is estimated that tens of thousands o...
Whilst Human Reliability Analysis (HRA) has been well-accepted and integrated into the safety manage...
Major limitations of the conventional methods for human reliability analysis (HRA), particularly tho...
Human Reliability Analysis (HRA) is currently comprised of at least 40 different methods that are us...
Since the Reactor Safety Study in the early 1970's, human reliability analysis (HRA) has been evolvi...
The reliability of human operators in process control is sensitive to the context. In many contempor...
In response to Staff Requirements Memorandum (SRM) SRM-M061020, the U.S. Nuclear Regulatory Commissi...
The Office of Nuclear Regulatory Research (RES) is sponsoring work in response to a Staff Requiremen...
Serious incidents that occur inside or caused by industrial plants represent a very critical issue. ...
AbstractHuman reliability analysis (HRA) is used in the context of probabilistic risk assessment (PR...
Airplanes, ships, nuclear power plants and chemical production plants (including oil & gas facilitie...
This paper describes the knowledge base for the application of the new human reliability analysis (H...
Human Reliability Analysis (HRA) has found application within a diverse set of engineering domains, ...
When performing a hazards analysis (HA) for a high consequence process, human error often plays a si...
Few systems operate completely independent of humans. Thus any study of system risk or reliability r...
Patient safety is a concern within the healthcare domain as it is estimated that tens of thousands o...
Whilst Human Reliability Analysis (HRA) has been well-accepted and integrated into the safety manage...
Major limitations of the conventional methods for human reliability analysis (HRA), particularly tho...
Human Reliability Analysis (HRA) is currently comprised of at least 40 different methods that are us...
Since the Reactor Safety Study in the early 1970's, human reliability analysis (HRA) has been evolvi...
The reliability of human operators in process control is sensitive to the context. In many contempor...