技术院校TVET使用者热舒适的前瞻性研究:车间设施空间

Noorazimah Mat Alias, Umar Kassim
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引用次数: 0

摘要

热舒适是室内环境质量的一部分,应考虑确保居住者的健康。不利的建筑不仅给居住者带来不适,而且往往会影响健康,扰乱教学过程,降低工作效率。因此,本研究确定了技术与职业教育与培训(TVET)实施中使用的现有厂房的热状况。舒适度的评估是基于居住者调查和环境测量。共有257人完成了在马来西亚吉打州的三个技术机构分发的调查表。根据调查结果,平均热感觉投票为1.85,导致66.5%的受访者感到不适。同时,自适应模型分析表明,车间环境条件不在舒适区,不符合ASHRAE 55标准。因此,从居住者的角度确定了热不适因素并进行了广泛的讨论。因此,研究结果将有利于参与新建筑物建造或现有建筑物翻新的各方,以改善室内空气质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Prospective Study of Thermal Comfort in Users in Technical Institution TVET: Workshop Facilities Space
Thermal comfort is a part of indoor environmental quality that should be considered to ensure the occupants' well-being. Unconducive buildings not only bring occupants discomfort but also tend to affect health, disrupt the process of teaching and learning, and reduce work productivity. Thus, this study determines the thermal condition of existing workshop buildings used in Technical and Vocational Education and Training (TVET) implementation. Evaluations of comfort are based on occupant surveys and environmental measurements. A total of 257 people completed a questionnaire distributed at three technical institutions in Kedah, Malaysia. According to the findings, the average thermal sensation vote is 1.85, which leads to 66.5% of respondents feeling discomfort. Meanwhile, the adaptive model analysis showed that the workshop environmental conditions were out of the comfort zone and did not comply with the ASHRAE 55 standard. Hence, the thermal discomfort factors from the occupants' perspective were identified and widely discussed. As a result, the research findings will benefit parties involved in new building construction or existing building renovations to improve indoor air quality.
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