Windows for Evaluating the Impact on Human Comfort in Academic Studios in Bangladesh

Jayedi Aman
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Abstract

Despite the fact that windows have a vast scale sway on thermal environment bearing in mind window dimensions and alignments, more often than not, for naturally ventilated architectural design studios in Dhaka it ends up being troublesome to give the agreeable warm condition for educating and learning within the studios due to high temperature amid summer term. As a result, electrical means are required to make non-natural condition that puts mammoth weight on the complete national energy need. This examination intends to discover a compelling window classification from accessible window setups in existing architecture studios, situated in various open and private colleges in Dhaka through simulation readings for enhancing the thermal conditions, which can be seen as agreeable by a large portion of the inhabitants, as indicated by PMV-PPD. Field examination was done to distinguish the current windows, which are utilized in architecture studios with regards to Dhaka. At that point, the case design studio was chosen and simulation instrument EnergyPlusTM was utilized for estimating the execution of the accessible window arrangements as for thermal conditions. For the simulation study at the last stage, the test points and core test points of virtual 3D-case studio were established. In light of the investigation, for architecture design studios in Dhaka, ‘segregated viewing windows’ classification was deemed as best among the chosen window classes.
评估孟加拉国学术工作室对人体舒适度影响的窗口
尽管窗户对热环境有很大的影响,但考虑到窗户的尺寸和排列,对于达卡自然通风的建筑设计工作室来说,由于夏季学期的高温,在工作室内为教育和学习提供宜人的温暖条件是很麻烦的。因此,需要电力手段来制造非自然条件,这给整个国家的能源需求带来了巨大的负担。本次考试旨在通过模拟读数来发现达卡各种开放和私立学院现有建筑工作室中可访问的窗户设置的引人注目的窗户分类,以增强热条件,这可以被大部分居民视为可接受的,如PMV-PPD所示。实地考察是为了区分目前在达卡建筑工作室中使用的窗户。在这一点上,选择了案例设计工作室,并使用模拟仪器EnergyPlusTM来评估热条件下可达窗户布置的执行情况。在最后阶段的仿真研究中,建立了虚拟3D-case工作室的测试点和核心测试点。根据对达卡建筑设计工作室的调查,“隔离观景窗”分类被认为是选择的窗户类别中最好的。
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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