bim集成的建筑工程设计阶段施工安全风险评估

Indah Suci Rahayu
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引用次数: 0

摘要

建筑业的工作事故率比其他行业高。通过设计预防施工危害(CHPtD)作为一种积极主动的安全管理方法,可以显著消除或减少施工安全风险。该方法包括三个指标,即可能性、后果和暴露。基于2018年伤亡数据的19个建筑工种的可能性和后果指数。在本例中只显示了4种类型的工作。结果表明:屋面工人的相对死亡频率指数(RFI)(47 ~ 2180)和建筑工人的相对日伤频率指数(RDAIFI)(47 ~ 2060)较高。此外,施工设备操作员的相对日常伤害严重程度(RDAIS)率(47-2070)是屋顶操作员(47-2180)的3.3倍。这些结果验证了在Revit中使用插件可以在很短的时间内快速计算出各种设计方案的施工安全风险,表明所开发的插件具有很好的工程应用价值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
BIM-Integrated Construction Safety Risk Assessment at the Design Stage of Building Projects
The construction industry has a higher rate of work accidents than other industries. As a proactive approach to safety management, Construction Hazard Prevention through Design (CHPtD) can significantly eliminate or reduce construction safety risks. This method consists of three indices namely Likelihood, Consequence and Exposure. Likelihood and consequence index of 19 construction jobs using 2018 injury and death data. Only 4 types of work are shown in this case. The findings conclude that the index of relative mortality frequency (RFI) of roofers (47-2180) and the index of relative frequency of day-going injuries (RDAIFI) of construction workers (47-2060) are relatively high. In addition, construction equipment operators relative day-to-day injury severity (RDAIS) rates (47–2070) are 3.3 times that of roof operators (47–2180). These results validate that using plug-ins in Revit can quickly calculate the construction safety risks of various design plans in a very short time and show that the plug-ins developed have very good engineering application value.
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