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Literature Review of Airflow Fluid Characteristics and their Impact on Human Thermal Comfort

机译:气流流体特性及其对人体热舒适性的影响的文献综述

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摘要

Airflow dynamics significantly impact indoor thermal environment and human thermal comfort. Studies on the effects of airflow fluctuations on thermal comfort mainly focus on the effects of turbulence intensity and fluctuation frequency. The fluctuant characteristics of natural wind and mechanical wind are obviously different. However, the fluctuant characteristics of mechanical wind can shift to those of natural wind in some conditions. With the development of turbulence statistical theory, chaos and fractal theory, researchers began to use these theories to describe the structural characteristics of the fluctuating airflow in different environments or by different generating sources. The results of studies on airflow fluctuation and thermal environment are reviewed in this paper from two aspects: 1) the effect of the airflow fluctuations on thermal comfort, and 2) the physical structure of airflow fluctuations. This paper first reviews these achievements, and then summarizes studies conducted at Tsinghua University.
机译:气流动力学显着影响室内热环境和人体的热舒适度。气流波动对热舒适性影响的研究主要集中在湍流强度和波动频率的影响上。自然风和机械风的波动特征明显不同。但是,在某些情况下,机械风的波动特性可能会转变为自然风的波动特性。随着湍流统计理论,混沌理论和分形理论的发展,研究人员开始使用这些理论来描述不同环境或不同发电源中波动气流的结构特征。本文从两个方面对气流波动和热环境的研究结果进行了综述:1)气流波动对热舒适性的影响; 2)气流波动的物理结构。本文首先回顾了这些成就,然后总结了在清华大学进行的研究。

著录项

  • 作者

    Zhao R.; Zhang Y.; Yu N.; Di H.;

  • 作者单位
  • 年度 2006
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  • 原文格式 PDF
  • 正文语种 en_US
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