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Evaluation of thermal comfort in university classrooms through objective approach and subjective preference analysis

机译:通过客观方法和主观偏好分析评估大学教室的热舒适度

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Assessing thermal comfort becomes more relevant when the aim is to maximise learning and productivity performances, as typically occurs in offices and schools. However, if, in the offices, the Fanger model well represents the thermal occupant response, then on the contrary, in schools, adaptive mechanisms significantly influence the occupants' thermal preference. In this study, an experimental approach was performed in the Polytechnic University of Bad, during the first days of March, in free running conditions. First, the results of questionnaires were compared according to the application of the Fanger model and the adaptive model; second, using a subjective scale, a complete analysis was performed on thermal preference in terms of acceptability, neutrality and preference, with particular focus on the influence of gender. The user possibility to control the indoor plant system produced a significant impact on the thermal sensation and the acceptability of the thermal environment. Gender was also demonstrated to greatly influence the thermal judgement of the thermal environment when an outdoor cold climate occurs. (c) 2014 Elsevier Ltd and The Ergonomics Society. All rights reserved.
机译:当目标是最大程度地提高学习和生产力表现时,评估热舒适性变得尤为重要,这通常发生在办公室和学校中。但是,如果在办公室中,Fanger模型很好地代表了热乘员的反应,则相反,在学校中,自适应机制会显着影响乘员的热偏好。在这项研究中,实验方法是在3月初的自由运行条件下在巴德理工大学进行的。首先,根据Fanger模型和自适应模型的应用,对问卷调查结果进行比较;其次,使用主观量表,在可接受性,中立性和偏好方面对热偏好进行了完整的分析,尤其侧重于性别的影响。用户控制室内植物系统的可能性对热感和热环境的可接受性产生了重大影响。当发生室外寒冷气候时,性别也被证明会极大地影响热环境的热判断。 (c)2014年Elsevier Ltd和人体工程学协会。版权所有。

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