首页> 外文会议>2016 SME annual conference amp; expo: the future for mining in data-driven world >HUMAN THERMOREGULATION MODEL FOR ANALYZING THE PERFORMANCE OF MINE REFUGE ALTERNATIVES
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HUMAN THERMOREGULATION MODEL FOR ANALYZING THE PERFORMANCE OF MINE REFUGE ALTERNATIVES

机译:用于分析矿难替代品性能的人类热调节模型

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摘要

Mine refuge shelters are designed to protect mine workers from hazardous environmental conditions after a mine disaster, but high temperature and humidity levels inside these shelters may pose a significant safety risk. Due to the safety risks associated with human testing, detailed thermal models of shelters and human occupants have been developed using TAITherm simulation software. These models are used to predict the temperature and humidity within the shelter resulting from metabolic heating, evaporation due to sweat and respiration, moisture and heat from the shelter's carbon dioxide scrubbing system, and heat transfer within the shelter. A detailed human thermoregulation model simulates the sensible and latent heat generated by the shelter occupants, and predicts the occupant's body core temperature and moisture lost due to sweating and respiration. This information is used to assess the safety of the shelter. In this paper we will review technical details of the human thermal model, validation comparing the human model to human subject test data, and results of a mine shelter analysis.
机译:矿井避难所的设计旨在在矿难发生后保护矿山工人免受危险的环境条件的侵害,但是这些避难所内的高温和高湿度可能会带来重大的安全风险。由于与人体测试相关的安全风险,因此已使用TAITherm仿真软件开发了详细的庇护所和人员热模型。这些模型用于预测由代谢加热,由于汗水和呼吸引起的蒸发,来自庇护所二氧化碳净化系统的水分和热量以及庇护所内的热传递所导致的庇护所内的温度和湿度。详细的人体温度调节模型可模拟避难所乘员产生的感热和潜热,并预测乘员的体温和因出汗和呼吸而流失的水分。该信息用于评估避难所的安全性。在本文中,我们将审查人体热模型的技术细节,将人体模型与人体测试数据进行比较的验证以及防空洞分析的结果。

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