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Numerical simulation study on the thermal environment in heading face 被引量:4
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作者 ZHAO Fu-jun HUANG Shou-yuan +1 位作者 SHEN Pei-wen LI Yan-bo 《Journal of Coal Science & Engineering(China)》 2010年第3期272-276,共5页
Based on k-ε turbulence model, the distributions of the velocity field, temperaturefield, thermal comfort index, PMV-PPD (Predicted Mean Vote-Predicted PercentageDissatisfied), and air quality index, mean age of air ... Based on k-ε turbulence model, the distributions of the velocity field, temperaturefield, thermal comfort index, PMV-PPD (Predicted Mean Vote-Predicted PercentageDissatisfied), and air quality index, mean age of air were obtained of Zhouyuanshan CoalMine in-650 m level of a heading face by CFD(Computational Fluid Dynamics)software,Airpak 2.0.Moreover, the human thermal comfort and the air quality of the heading facewere analyzed with PMV-PPD and mean age of air indices, which received an intuitivevisualization and accurate evaluation results.In order to create a safe, comfortable, andeconomical underground operating environment, a scientific, rational, and comprehensiveprediction and evaluation needed to provide a theoretical and technical basis for coal mineventilation, cooling, heat harm treatment, and prevention.Meanwhile, from the humanthermal comfort and air quality to research the underground environment, it embodied theconcept of being human oriented. 展开更多
关键词 掘进工作面 数值模拟 空气质量指数 热环境 舒适性指标 平均年龄 热舒适性 计算流体力学
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