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Thermal Comfort Study in Aircraft Cabin Based on Human Thermal Regulation Model

机译:基于人热调节模型的飞机舱热舒适性研究

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Aircraft has become the main means of transport for people to travel. In this case, the thermal comfort and thermal safety of the human body in confined space receive more and more attention than before. At present, most studies of the thermal comfort only consider surface temperature of human skin. From the perspective of the core temperature of the human body, the thermal comfort and thermal safety of the confined space are discussed in this paper. Based on JOS-2 (Jointed Circulation System-2) model, the temperature and velocity distribution in the cabin of aircraft are obtained under different wind parameters through the numerical simulation. Then the thermal comfort of the cabin is analyzed and the research in this paper has higher application vale in engineering.
机译:飞机已成为人们旅行的主要运输工具。在这种情况下,密闭空间中人体的热舒适性和热安全性比以前更高的关注。目前,大多数研究热舒适性只考虑人体皮肤的表面温度。从人体核心温度的角度来看,本文讨论了狭窄空间的热舒适性和热安全。基于JOS-2(连接循环系统-2)模型,通过数值模拟在不同的风参数下获得飞机机舱的温度和速度分布。然后分析了舱室的热舒适性,本文的研究在工程中具有更高的应用谷。

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