Human reliability analysis (HRA) is a systematic technique to assess human systematic risk,
and has been widely used in various industries for enhancing the safety and reliability of …

Performance shaping factors (PSFs) describe the influence of given contexts on human
performance and are used to quantify human error probabilities (HEPs). HEPs are …

The performance shaping factors (PSFs) of the standardized plant analysis of risk-human
reliability analysis (SPAR-H) method are unclearly defined, which contributes to the …

Human error has contributed considerably to accidents in various working environments. In
the field of human error and reliability, environmental factors are termed performance …

Abstract Standardized Plant Analysis of Risk-Human reliability analysis (SPAR-H) is an
internationally known and accepted human reliability analysis (HRA) method in nuclear …

This study compared the results of the application of two different methodological
frameworks to identify the critical functions in a chemical industry that affect process safety …

标准化核电厂风险分析-人因可靠性分析方法(SPAR-H) 是目前国际上认可和接受的人因可靠性
分析方法, 但其8 个行为形成因子(PSFs) 间存在交叉部分, 导致人因失误概率重复计算或高估 …

The commissioning of a nuclear power plant (NPP) is the last stage in the life cycle of an
NPP before commercial operation. Human errors in this stage cannot only harm workers' …

It is widely acknowledged that human error is one of the significant reasons to trigger over
half of the accidents. So far, dozens of HRA approaches have been published for …

Autonomous ships are expected to become operational in the foreseeable future. However,
so far, most of the discussions have been centred on automation technology with less …