《Building Simulation》

作品数：648被引量：409H指数：8
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《Building Simulation》
主办单位：清华大学
最新期次：2025年2期更多>>
发文主题：BUILDINGANJOURNALINTERNATIONALINSTRUCTIONS更多>>
发文领域：建筑科学文化科学自动化与计算机技术环境科学与工程更多>>
发文基金：国家自然科学基金中国博士后科学基金国家重点基础研究发展计划河北省自然科学基金更多>>
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Large language models for building energy applications:Opportunities and challenges
《Building Simulation》2025年第2期225-234,共10页Mingzhe Liu Liang Zhang Jianli Chen Wei-An Chen Zhiyao Yang L.James Lo Jin Wen Zheng O’Neill 
supported by the U.S.National Science Foundation(Grant Number:2309030).
Large language models(LLMs)are gaining attention due to their potential to enhance efficiency and sustainability in the building domain,a critical area for reducing global carbon emissions.Built on transformer archite...
关键词：large language models building energy applications artificial intelligence energy management optimization LLM-as-agent workflows 
Understanding HVAC system runtime of U.S.homes:An energy signature analysis using smart thermostat data
《Building Simulation》2025年第2期235-258,共24页You-Jeong Kim Alexander Waegel Max Hakkarainen Yun Kyu Yi William Braham 
supported by the National Science Foundation(award OAC-2005572);the State of Illinois,USA.
Heating,ventilation,and air conditioning system runtime is a crucial metric for establishing the connection between system operation and energy performance.Similar homes in the same location can have varying runtime d...
关键词：data-driven modeling HVAC system runtime energy signature analysis smart thermostat dataset ecobee DYD 
On the two-way interactions of urban thermal environment and air pollution:A review of synergies for identifying climate-resilient mitigation strategies
《Building Simulation》2025年第2期259-279,共21页Pengyuan Shen Meilin Wang Hang Ma Nan Ma 
supported by the National Natural Science Foundation of China(NSFC)[Grant No.52008132].
The urban environment is threatened by urban heat island(UHI)effect and air pollution events which have been worsened by population increase,heat waves,and wildfire smoke.It is important to understand that urban air q...
关键词：outdoor spaces outdoor thermal comfort urban overheating air pollution physics-based model climate resilience 
A method for quantitatively evaluating the impact of defects on wall U-value using infrared thermal imaging
《Building Simulation》2025年第2期281-293,共13页Shu Zheng Fulin Hao Youcun Lu Tingting Jiang Xudong Yang 
funded by the China Postdoctoral Science Foundation(2024M751701).
The presence of walls’thermal defects can lead to large deviations between predicted and actual values of energy consumption.Infrared images have been used to compare the differences in U-value(heat transfer coeffici...
关键词：infrared thermography thermal defects heat transfer coefficient K-means algorithm thermal defect quantification 
Quantitative method and influencing factors analysis of demand response performance of air conditioning load with rebound effect
《Building Simulation》2025年第2期295-320,共26页Ran Wang Xiaoyue Xin Jiatao Liu Shilei Lu Yongjun Sun Wenduan Zhao 
supported by the National Natural Science Foundation of China(52208118),and the National Key R&D Program of China(2023YFC3807100).
Under the emerging trend of the new power systems,enhancing the energy flexibility of air conditioning loads to promote electricity demand response is crucial for regulating the real-time balance.As a typical temperat...
关键词：demand response air conditioning load energy flexibility rebound effect parameter analysis scenario analysis 
Graph convolutional networks-based method for uncertainty quantification of building design loads
《Building Simulation》2025年第2期321-337,共17页Jie Lu Zeyu Zheng Chaobo Zhang Yang Zhao Chenxin Feng Ruchi Choudhary 
supported by the National Natural Science Foundation of China(No.52161135202);Hangzhou Key Scientific Research Plan Project(No.2023SZD0028);the Basic Research Funds for the Central Government‘Innovative Team of Zhejiang University’(No.2022FZZX01-09);China Scholarship Fund.
Uncertainty quantification of building design loads is essential to efficient and reliable building energy planning in the design stage.Current data-driven methods struggle to generalize across buildings with diverse ...
关键词：building design loads uncertainty quantification data-driven model graph convolutional networks Monte Carlo simulation 
Day-ahead energy management of a smart building energy system aggregated with electrical vehicles based on distributionally robust optimization
《Building Simulation》2025年第2期339-352,共14页Bingxu Zhao Xiaodong Cao Shicong Zhang Jianlin Ren Jiayu Li 
funded by the National Natural Science Foundation of China(52008014);the Fundamental Research Funds for the Central Universities(JKF-20240037);supported by the“111 Center”and Beihang World TOP University Cooperation Program.
With the adjustment of the energy structure and the rapid development of commercial complex buildings,building energy systems(BES)are playing an increasingly important role.To fully utilize smart building management t...
关键词：building energy system electric vehicles carbon trading distributionally robust optimization price-based demand response Stackelberg game 
Forced convection effects on desiccant evaporation and energy consumption assessment in liquid desiccant dehumidification systems
《Building Simulation》2025年第2期353-370,共18页Youchen Ning Zhixian Tang Ronghui Qi 
supported by National Natural Science Foundation of China(52122605,51936005);supported by the Fundamental Research Funds for the Central Universities(2023ZYGXZR027).
Desiccant regeneration through saline evaporation is critical and major energy consumer in liquid desiccant dehumidification systems(LDDS)for indoor air conditioning.This study investigated the coupled heat and mass t...
关键词：desiccant regeneration droplet evaporation forced convection liquid desiccant dehumidification Marangoni effect 
Investigation of the total thermal resistance of children’s bedding systems at various air temperatures and velocities using CFD analysis
《Building Simulation》2025年第2期371-383,共13页Qin Zhou Qing Zheng Ying Ke 
supported by the National Natural Science Foundation of China(NSFC)(No.51506076).
The total thermal resistance of bedding systems can be affected by environmental variables.A computational fluid dynamics(CFD)model of child manikin and duvet bedding system was developed to investigate the effects of...
关键词：CFD simulation air temperature air velocity sleeping position bedding system total thermal resistance 
Wind impacts on buildings in Hong Kong during super Typhoon Mangkhut
《Building Simulation》2025年第2期385-401,共17页Huanhuan Wang Qun Wang Zhaowan Fu Jia Tang Pak Wai Chan Xing Zheng 
City University of Hong Kong(Project No.(9610684))。
Typhoons,among the most devastating natural hazards,have caused billions in property losses and posed significant threats to human safety globally.Damage to urban structures,particularly building windows,constitutes a...
关键词：CFD super typhoon fluid dynamics ACCELERATION tropical cyclones 
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