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The Improvement of Ventilation Design in School Buildings Using CFD Simulation

机译:基于CFD仿真的校舍通风设计改进。

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Unlike commercial buildings,many school buildings in China are designed for natural or mechanical ventilation to fulfill thermal comfort without HVAC systems.In hot weather,due to too many students having classes at same time,the thermal conditions in classrooms were so poor to affect student's learning,especially for large lecture rooms.Therefore,it is important to study the ventilation conditions of school buildings and to explore effective means to improve the ventilation design of school buildings.This study was conducted using Fluent CFD software to improve the ventilation performance in one classroom.The field study was carried to collect the actual data of boundary conditions for CFD simulation.In this study,four different ventilation systems were simulated,compared and analyzed.Based on the simulation data,it is found that double rows windows can help to improve the thermal comfort conditions most efficiently,and so do exhaust fans and ceiling fans.But ceiling fans can improve the environment of people zones better.
机译:与商业建筑不同,中国的许多学校建筑都是为自然通风或机械通风而设计的,以在没有HVAC系统的情况下实现热舒适。在炎热的天气下,由于太多学生同时上课,教室的热状况非常差,无法影响学生的学习环境。因此,研究学校建筑物的通风状况并探索改善学校建筑物通风设计的有效手段非常重要。本研究使用Fluent CFD软件进行,以提高建筑物的通风性能。进行了现场研究,收集了用于CFD模拟的边界条件的实际数据。在本研究中,对四种不同的通风系统进行了模拟,比较和分析。在模拟数据的基础上,发现双排窗口可以帮助进行CFD仿真。可以最有效地改善热舒适条件,排气扇和吊扇也可以。但是吊扇可以改善人区的环境更好。

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