Thermal comfort and concentration in transitional spaces in severe cold area: The mediating role of thermal pleasure

IF 7.1 2区 工程技术 Q1 CONSTRUCTION & BUILDING TECHNOLOGY
Jia Zhao , Zhaojun Wang , Yi Zhou , Diwu Guan , Fanzhuo Zhou
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Abstract

In order to study the thermal environment characteristics of transitional space in the cold area and its influence law on human thermal comfort, a field study was conducted in the transitional space of a university in Harbin. The transitional space was categorized into three types according to the location of the transitional space in different buildings. Comparative analysis of the differences between the thermal environment parameters of different transitional spaces and human thermal responses, such as thermal sensation and thermal comfort votes; proposed an adaptive thermal comfort model for transitional spaces; research on the participant’s preference for the choice of spatial location and the change rule of the subjective perception indexes (including the degree of attention, the degree of sleepiness and the degree of thermal pleasure). A thermal comfort model was proposed for transitional spaces. The results show that: the temperatures are falling within the range of 15.5 ∼ 17.5℃in three types of transitional spaces, lower than those in the classrooms and other closed spaces; and the thermal neutral temperature is 15.3 °C. Meanwhile, it is found that thermal pleasure can reduce sleepiness and enhance concentration to a certain extent. An indirect mediator-only model of thermal pleasure was developed. Temperature has a significant indirect effect on the degree of preoccupation through thermal pleasure, where the indirect effect of the mediation model accounts for 90.6 % of the total effect. And the mediating effect of thermal pleasure in the emotion-cognition process and its chain mechanism are proposed, which provides a new rationale for the design of transitional space environments.
And the mediating effect of thermal pleasure in the emotion-cognition process and its chain mechanism are proposed, which provides a new theoretical basis for the design of transitional space environment.
严寒地区过渡空间的热舒适与集中:热愉悦的中介作用
为了研究寒区过渡空间的热环境特征及其对人体热舒适的影响规律,在哈尔滨某高校的过渡空间进行了实地研究。根据过渡空间在不同建筑中的位置,将过渡空间分为三种类型。对比分析不同过渡空间热环境参数与人体热反应的差异,如热感觉和热舒适投票;提出了过渡空间的适应性热舒适模型;研究被试对空间位置选择的偏好及主观感知指标(包括注意程度、困倦程度和热愉悦程度)的变化规律。提出了过渡空间的热舒适模型。结果表明:三种过渡空间的温度均在15.5 ~ 17.5℃范围内,低于教室和其他封闭空间;热中性温度为15.3℃。同时发现热愉悦能在一定程度上减少困倦,提高注意力。开发了热愉悦的间接中介模型。温度通过热愉悦对专注程度有显著的间接影响,其中中介模型的间接影响占总影响的90.6%。提出热愉悦在情感认知过程中的中介作用及其连锁机制,为过渡性空间环境的设计提供新的理论依据。提出热愉悦在情绪认知过程中的中介作用及其连锁机制,为过渡性空间环境的设计提供新的理论依据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Energy and Buildings
Energy and Buildings 工程技术-工程:土木
CiteScore
12.70
自引率
11.90%
发文量
863
审稿时长
38 days
期刊介绍: An international journal devoted to investigations of energy use and efficiency in buildings Energy and Buildings is an international journal publishing articles with explicit links to energy use in buildings. The aim is to present new research results, and new proven practice aimed at reducing the energy needs of a building and improving indoor environment quality.
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