Influence of Physical Environment of Learning Space on Comfort and Emotional Perception in Severe Cold City in Winter

Wenjuan Li, Hong Jin
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Abstract

—The cold winter in severe cold area is long, and the heating period is about 6 months. People spend more than half a year in a closed room, so the study of learning space comfort is particularly important. Learning space is the main place for students' daily learning and life. Its physical environment affects users ' comfort and emotional perception. In order to explore the in-fluence of physical environment on human comfort and emotion in winter of learning space in severe cold cities, and the relationship between different indoor environment comfort and human emotion, therefore, this study investigated the change range of temperature, illumination and sound pressure level of learning space, and selected 27 different environmental conditions for controlled indoor environment experiments. The results show that, temperature has significant influence on thermal comfort, acoustic comfort and visual comfort, and people will feel more comfortable in neutral temperature environment. Sound pressure level has significant influence on acoustic comfort and visual comfort, which are better in quiet environment. Illumination only has a significant impact on visual comfort, and visual comfort is poor in too bright environments. The overall environmental com-fort is affected by thermal environment, acoustic environment and luminous environment, and the overall environment is the most comfortable at 22 °C, 35 dBA and 100 lux. Emotional perception is affected by three physical environmental factors, and has a significant relationship with environmental comfort. In a comfortable experimental environment, the perception of positive emotion is more obvious, and in an uncomfortable environment, the perception of negative emotion is more obvious.
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严寒城市冬季学习空间物理环境对舒适性和情绪感知的影响
-严寒地区冬季较长,采暖期约为6个月。人在封闭的房间里度过半年以上的时间,因此学习空间的舒适性研究就显得尤为重要。学习空间是学生日常学习和生活的主要场所。它的物理环境影响着用户的舒适度和情感感知。为了探究严寒城市学习空间冬季物理环境对人的舒适度和情绪的影响,以及不同室内环境舒适度与人的情绪之间的关系,本研究考察了学习空间温度、照度和声压级的变化范围,选取27种不同环境条件进行室内环境控制实验。结果表明,温度对热舒适、声舒适和视觉舒适均有显著影响,在中性温度环境中人们会感到更舒适。声压级对声舒适和视觉舒适有显著影响,在安静环境下效果更好。照度仅对视觉舒适度有显著影响,过于明亮的环境视觉舒适度较差。整体环境舒适度受热环境、声环境、光环境的影响,在22℃、35 dBA、100 lux时整体环境最舒适。情绪知觉受三种物理环境因素的影响,并与环境舒适度有显著关系。在舒适的实验环境中,积极情绪的感知更为明显,而在不舒适的实验环境中,消极情绪的感知更为明显。
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