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Comparative injury risk analysis of building trades.

机译:建筑行业的比较伤害风险分析。

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摘要

Construction is considered inherently dangerous work, consisting of many different, often complex, activities. Most of these activities are performed by different construction trades (e.g. carpenters, roofers, painters). In a typical construction project, activities of the individual trades also differ from each other, and often multiple trades work on a construction site at the same time. As a result, this creates an environment full of hazards and related injury and fatality risks.; By knowing nature and magnitude of the risks, it could be possible to reduce the risks on construction sites. However, it is difficult to identify and analyze the risks, because extensive data is required. Bureau of Labor Statistics (BLS) publishes national injury, illness, fatality data through their website. On the other hand, this database is not practical and there is not enough guidance provided to the employers to utilize this data. In this regard, this study develops a methodology to analyze the existing national safety data with an emphasis on the quantification and assessment of risks associated with different construction trades.; The methodology introduced in this research includes identifying the high-risk construction trades (mostly engaged in building construction), and ranking them from high-risk to low-risk. Some highlights of the methodology include: integrating risk concepts, such as probability (frequency) and severity into the methodology; using a risk assessment method entitled "Risk Plane" to rank the building trades based on their probability and severity combinations; an attempt to combine fatality and nonfatal injury data; and performing frequency analysis on each trade to highlight the overlooked problem areas.; As a result, it was found that roofers and ironworkers are the two building trades that are exposed to risk more than the other building trades. The study also showed that it is possible and feasible to incorporate probability and severity to analyze and determine the risk exposure of a trade.; Overall, this study systematically generated detailed information on the safety exposures and accident/injury causal factors of the building trades. Occupational safety and health practitioners can use the information and results presented in this study to target prevention activities to building trades as needed.
机译:施工被认为是固有的危险工作,由许多不同的,通常是复杂的活动组成。这些活动大部分由不同的建筑行业(例如木匠,屋顶工,油漆工)进行。在典型的建筑项目中,各个行业的活动也彼此不同,并且通常多个行业同时在建筑工地上工作。结果,这造成了充满危险以及相关伤害和死亡风险的环境。通过了解风险的性质和程度,可以减少建筑工地的风险。但是,由于需要大量数据,因此难以识别和分析风险。劳工统计局(BLS)通过其网站发布国家伤害,疾病和死亡数据。另一方面,该数据库不实用,并且没有提供足够的指导给雇主以使用该数据。在这方面,本研究提出了一种分析现有国家安全数据的方法,重点是量化和评估与不同建筑行业有关的风险。本研究中介绍的方法包括识别高风险的建筑行业(主要从事建筑施工),并将其从高风险到低风险进行排名。该方法的一些亮点包括:将风险概念(例如概率(频率)和严重性)集成到该方法中;使用名为“风险平面”的风险评估方法,根据其概率和严重性组合对建筑物行业进行排名;试图将死亡和非致命伤害数据相结合;对每笔交易进行频率分析,以突出显示被忽视的问题领域。结果,发现屋面工人和铁工是与其他建筑行业相比承受更大风险的两个建筑行业。研究还表明,结合概率和严重性来分析和确定交易的风险敞口是可行和可行的。总体而言,这项研究系统地生成了有关建筑行业安全暴露和事故/伤害因果因素的详细信息。职业安全和卫生从业人员可以根据需要使用本研究中提供的信息和结果,将预防活动作为目标来建立行业。

著录项

  • 作者

    Baradan, Selim.;

  • 作者单位

    Wayne State University.;

  • 授予单位 Wayne State University.;
  • 学科 Engineering Civil.; Health Sciences Occupational Health and Safety.
  • 学位 Ph.D.
  • 年度 2004
  • 页码 191 p.
  • 总页数 191
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 建筑科学;职业性疾病预防;
  • 关键词

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