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Risk analysis and assessment on construction operation based on human factors and empirical Bayesian theory

机译:基于人为因素和经验贝叶斯理论的施工作业风险分析与评估

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This study was focused on the roles of human factors in construction accident and also dealt with the probabilities of fours levels of injury. We used an empirical Bayesian method and the human factors analysis and classification system framework to analyze the probability distributions of the severity of accidents of high risk operations in hydropower construction. Accident severity in four levels of injury was modeled: severe injury, one death, two deaths, and three deaths. The results show the behavior characteristics of workers and factors influencing their operation violations. The calculation of posterior distributions of the levels of injury enables us to rank the factors with respect to their risk of injury. The study revealed that lack of the ability to determine hazards is the direct reason in many accidents; resource management, inadequate supervision and supervisory violations also play important roles in the occurrence of accidents.
机译:这项研究侧重于人为因素在建筑事故中的作用,并研究了四肢受伤的可能性。我们采用经验贝叶斯方法和人​​为因素分析及分类系统框架来分析水电建设中高风险作业事故严重性的概率分布。对四个伤害级别的事故严重程度进行了建模:严重伤害,一死亡,两死亡和三死亡。结果显示了工人的行为特征以及影响其违规行为的因素。伤害水平的后验分布的计算使我们能够根据伤害风险对因素进行排序。研究表明,缺乏确定危险的能力是许多事故的直接原因。资源管理,监督不足和监督违规在事故发生中也起着重要作用。

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