On the Profiling of Air Leakage Infiltration Pattern across Chinese Vernacular Buildings
作者机构:Department of Quantity SurveyingFederal University of TechnologyOwerri460114Nigeria Department of Civil EngineeringDelta State University of Science and TechnologyOzoro334113Nigeria Department of Quantity SurveyingDurban University of TechnologyDurban4000South Africa
出 版 物:《Journal of Smart Buildings and Construction Technology》 (智能建筑与施工工艺研究(英文))
年 卷 期:2023年第5卷第1期
页 面:29-51页
学科分类:07[理学] 0701[理学-数学] 070101[理学-基础数学]
主 题:Infiltration Vernacular building Seasonal pattern Psychrometric Solar radiation Admittance
摘 要:The purpose of this paper is to provide understanding of the seasonal pattern of air leakage(infiltration)in Chinese vernacular buildings across China’s five climate *** achieving the set purpose,a grand extensive literature survey was conducted and supported with data drawn from established Meteonorm V6.1 on sensible heat and psychrometric *** computations for normalized and specific infiltration from stack effects followed the Gowri method in line with ASHRAE reference *** energy admittance into building followed Bouger’s model form Angstrom *** the distribution of vernacular buildings across five climate regions of China,evidence from computational and numerical values showed symmetries in terms of minimums and maximums times of ***,a reciprocal pattern exists between solar radiative admittance and region’s temperature *** that Chinese vernacular building heritage extended to further Asia,this research became limited to only the Chinese *** became difficult to report if the construction culture away from China has correlation with infiltration and energy admittance *** works on Chinese climate and vernacular dwellings reported a climate responsive dwelling designed by passive cooling strategy;a gap was closed by extending the previous work to specific infiltration pattern and energy admittance *** vernacular buildings by virtue of research outcomes are and should be adoptable to modern housing needs for cultural integration.