OVERHEATING

作品数：43被引量：42H指数：4
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相关作者：肖晓燕杨梦琳刘新才潘晶更多>>
相关机构：清华大学宁波大学更多>>
相关期刊：《Journal of Magnesium and Alloys》《Journal of Arid Land》《Chinese Physics B》《Journal of Energy Chemistry》更多>>
相关基金：国家自然科学基金安徽省自然科学基金高等学校学科创新引智计划更多>>
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Assessing the impact of heat mitigation measures on thermal performance and energy demand at the community level:A pathway toward designing net-zero energy communities
《Building Simulation》2024年第8期1379-1400,共22页Khan Rahmat Ullah Veljko Prodanovic Gloria Pignatta Ana Deletic Mattheos Santamouris 
supported by the 2020 UNSW Scientia PhD Scholarship Scheme and carried out under the UNSW Scientia Project entitled“Energy Poverty in NSW.Characteristics,Impact and Solutions”.
In the context of escalating global energy demands,urban areas,specifically the building sector,contribute to the largest energy consumption,with urban overheating exacerbating this issue.Utilizing urban modelling for...
关键词：urban overheating cool materials vegetation heat mitigation energy savings CO_(2)reduction 
The use of green infrastructure and irrigation in the mitigation of urban heat in a desert city
《Building Simulation》2024年第5期679-694,共16页Kai Gao Shamila Haddad Riccardo Paolini Jie Feng Muzahim Altheeb Abdulrahman AI Mogirah Abdullatif Bin Moammar Mattheos Santamouris 
Severe urban heat,a prevalent climate change consequence,endangers city residents globally.Vegetation-based mitigation strategies are commonly employed to address this issue.However,the Middle East and North Africa ar...
关键词：green infrastructure evapotranspiration cooling desert city IRRIGATION urban overheating 
A method of determining typical meteorological year for evaluating overheating performance of passive buildings被引量：1
《Building Simulation》2023年第4期511-526,共16页Bin Qian Tao Yu Chen Zhang Per Heiselberg Bo Lei Li Yang 
The first author gratefully acknowledges the financial support from the Chinese Scholarship Council(CSC No.202007000086).
In the simulation of building overheating risks,the use of typical meteorological years(TMY)can greatly reduce the simulation workload and accurately reflect the distribution of simulation results according to the wea...
关键词：passive buildings OVERHEATING typical meteorological year Finkelstein-Schafer statistical method 
Physics-informed machine learning for metamodeling thermal comfort in non-air-conditioned buildings
《Building Simulation》2023年第2期299-316,共18页Issa Jaffal 
There is a growing need for accurate and interpretable machine learning models of thermal comfort in buildings.Physics-informed machine learning could address this need by adding physical consistency to such models.Th...
关键词：adaptive thermal comfort OVERHEATING physics-informed machine learning metamodel surrogate model probability distributions 
Modeling and analysis of a dual-channel solar thermal storage wall system with phase change material in hot summer and cold winter area被引量：1
《Building Simulation》2022年第2期179-196,共18页Lijie Xu Chenglong Luo Jingyong Cai Jie Ji Leyang Dai Bendong Yu Shengjuan Huang 
supported by the National Natural Science Foundation of China(No.51878636,No.51908527);the Jiangxi Provincial Key Technology R&D Program,China(No.20202BBEL53033);the Key Research and Development Project of Anhui Province,China(201904a07020014);Young and Middle-aged Teacher Education Research Project 2020(Science and Technology);the Education Department of Fujian Province(No.JAT200284);Research Start-Up Fund of Jimei University(ZQ2020016).
A dual-channel solar thermal storage wall system with eutectic phase change material is studied.The full-day cooling load in summer and heating load in winter can be both decreased by this novel system.To investigate ...
关键词：DUAL-CHANNEL phase change material rational assumptions OVERHEATING passive heating 
Thermal comfort in winter incorporating solar radiation effects at high altitudes and performance of improved passive solar design-Case of Lhasa被引量：2
《Building Simulation》2021年第6期1633-1650,共18页Lingjiang Huang Jian Kang 
This work was supported by the National Natural Science Foundation of China(No.51278525);the grant of the Top Youth Programme of Wuhan University.
The solar incidence on an indoor environment and its occupants has significant impacts on indoor thermal comfort.It can bring favorable passive solar heating and can result in undesired overheating(even in winter).Thi...
关键词：thermal comfort OVERHEATING passive solar design high altitude TIBET solar shading 
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