季节性反转与非线性阈值：蓝绿空间、城市形态和人类活动对城市热环境的交互作用机制
Seasonal reversal and nonlinear thresholds: Interactive mechanisms of blue-green space, urban morphology, and human activities on urban thermal environments
Building and Environment
Building and Environment
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城市公共空间中听觉—嗅觉环境对视障者与视力正常者恢复体验的比较影响
Comparative effects of auditory-olfactory environments on restoration in visually impaired and sighted individuals in urban public spaces
Building and Environment
隐匿的热浪：纽约市地铁系统的热危害
The hidden heatwave: Thermal hazards in the New York City subway system
Building and Environment
研究调查纽约市112座地铁站的热环境变化，在站台和街道层面测量温度与相对湿度。结果显示，夏季有70%的地铁站站台热指数高于街道层面。研究还开发了机器学习预测模型，站台温度预测表现良好，R²为0.85。研究结果可识别最需要热管理的车站，并显示预测工具有望支持有针对性的干预，提升城市交通系统的韧性与安全。
基于社会感知评估中国十大“火炉城市”的城市热脆弱性：关联热暴露、应对措施与建成环境
Assessing urban heat vulnerability in China's ten furnace cities through social sensing: Linking exposure, responses, and built environment
Building and Environment
地中海地区教育建筑的动态气候韧性：未来极端高温条件下韧性制冷策略的多维评估
Dynamic climate resilience of Mediterranean educational buildings: A multidimensional assessment of resilient cooling strategies under future extreme heat conditions
Building and Environment
研究提出多维建筑气候韧性评估方法，并将其应用于西班牙特拉萨的一栋大学建筑，考察当前及未来气候情景和热浪，包括城市热岛效应。典型天气情景下，外遮阳和全天自然通风可降低制冷需求、增加舒适时数；热浪期间，韧性取决于时间表现。全天自然通风可延缓严重热浪下的临界过热，组合策略和全天自然通风则能缩短强热浪后的恢复时间。
设备、可负担性与住户控制：非住宅类居所冬季热环境不足的作用机制
Equipment, affordability and occupant control as mechanisms of winter thermal inadequacy in non-housing dwellings
Building and Environment
研究基于韩国两轮非法定住房存量住户调查，考察供暖设备、支付能力和住户操作控制与冬季热环境不足的关系。热剥夺影响19.1%的住户；在已安装并使用供暖的住户中，15.7%仍遭受热剥夺。无法调节集中供暖是最常见的主要原因，控制不足集中于面积较小的集中供暖单元。
从可解释机器学习到空间优先排序：提升城市热缓解成效的屋顶绿化工具
From explainable machine learning to spatial prioritization: A roof-greening tool for more effective urban heat mitigation
Building and Environment
意大利南部地中海地区跨类型正能源片区路径：协调统一的片区能源建模与城市尺度生命周期评估
Cross-typology positive energy district pathways in Mediterranean Southern Italy: harmonised district energy modelling and urban-scale life cycle assessment
Building and Environment
研究对意大利南部巴勒莫大学非住宅校园和巴里混合用途城区的深度节能改造进行比较，结合片区能源建模、屋顶光伏潜力评估与生命周期评估。两地改造后均实现全面电气化并淘汰天然气；气候变化影响和臭氧消耗影响均有所下降，光伏系统是生产阶段环境负担的主要来源。
基于 CFD 模拟研究城市交叉口转角绿地的局地降温、热舒适与街谷效应外溢
Local cooling, thermal comfort, and street-canyon spillover from corner green spaces at urban intersections using CFD simulation
Building and Environment
利用物理一致性筛选潜在扩散模型，可靠检测建成环境中的区域供热基础设施泄漏
Reliable leakage detection for district heating infrastructure in the built environment using physics-consistency-filtered latent diffusion
Building and Environment
迈向建成环境室内热生理研究的互操作性：生理测量与元数据架构的解释框架
Toward interoperable indoor thermal physiology research in the built environment: An interpretive framework for physiological measurement and metadata architecture
Building and Environment
针对不同实验室数据缺乏共同文档结构、难以相互解释的问题，研究分析了273篇已发表室内热生理研究（295项独立实验）的元数据，并提出方法学一致性框架。研究发现，测量是否存在的报告较一致，但情境、解剖、时间及分析信息记录不足。框架包括生理信号文档规范、解释性互操作基础设施和分层元数据架构。
热带城市不同街谷形态中高反射率路面的微气候与热舒适影响评估
Evaluating the microclimatic and thermal comfort impact of high-reflective pavements across different urban canyon settings in a tropical city
Building and Environment
研究利用高分辨率 ENVI-met 模拟，比较热带城市不同街谷形态下反射路面的微气候效应与行人热舒适度。高反照率路面可降低地表和气温，却会提高平均辐射温度；其降温效果受街谷几何形态影响，且本地化 UTCI 阈值比通用分类更贴近居民感受。
揭示特大城市嵌套式热景观连通性：用于热岛缓解的多层递归分解框架
Uncovering nested thermal landscape connectivity in megacities: A multi-level recursive decomposition framework for heat island mitigation
Building and Environment
基于逼真三维模型影像与自动机器学习的全市尺度窗景开阔度感知评估
Citywide assessment of perceived window view openness using photorealistic 3D model imagery and automatic machine learning
Building and Environment
城市形态与热韧性的非线性关系：首尔的实证研究
Nonlinear relationship between urban form and heat resilience: An empirical study of Seoul
Building and Environment
基于多普勒激光雷达观测与机器学习的垂直风廓线、城市形态对夜间城市热岛的影响
Vertical wind profiles and urban morphology effects on nocturnal urban heat islands from Doppler LiDAR observations and machine learning
Building and Environment
研究利用香港夏季的高分辨率多普勒激光雷达风廓线、地面气象观测、ERA5再分析数据及城市形态信息，分析垂直风型与夜间城市热岛的关系。结果显示，不同风型下同类局地气候区的热环境存在差异；通风最弱的风型中，植被指数和建筑密度的相对预测重要性最高。
中国中部某特大城市局地气候区城市热岛与热应激的高分辨率多夏季模拟
High-resolution multi-summer simulation of urban heat island and heat stress across local climate zones in a megacity in Central China
Building and Environment
用于表征交通相关空气污染侵入与室内空气质量的流动条件化指标
A flow conditioned infiltration metric for traffic-related air pollution ingress and indoor air quality in naturally ventilated buildings
Building and Environment
研究旨在提出一种流动条件化污染侵入参数，补充室内外浓度比，以描述自然通风建筑内外污染物关系。研究在马耳他格济拉一处高宽比街谷中的单侧通风办公楼开展同步现场测量。结果显示，新指标对局地气流条件敏感，可表征有利或不利的通风状态，弥补传统指标的局限。
建成环境碳排放精细制图：面向高密度城市区域的多源数据融合与可解释机器学习框架
Fine-scale mapping of built-environment carbon emissions: A multi-source data fusion and explainable machine learning framework for high-density urban regions
Building and Environment
邻里开放空间的轨迹—活动活力框架：连接空间属性、微气候与行人移动及活动模式
A Trajectory-Activity Vitality Framework for Neighborhood Open Spaces: Linking Spatial Attributes and Microclimate with Pedestrian Movement and Activity Patterns
Building and Environment
高密度老龄化社区老年居民的街道尺度热韧性评估框架
A street-level thermal resilience assessment framework for elderly residents in high-density aging neighborhoods
Building and Environment
极端高温会削弱城市蓝绿空间的降温效应吗？——长三角城市群案例研究
Will extreme heat inhibit the cooling effects of urban blue-green spaces? Case study of the Yangtze River Delta urban agglomeration
Building and Environment
基于局地天气数据的城市建筑能耗建模：应对复合热浪与城市热岛风险的校园尺度研究
UBEM driven by localized weather data for addressing urban building energy risks under compound heatwaves and UHI: a campus-scale study
Building and Environment
冷却材料涂层与垂直绿化对街谷行人热舒适的综合影响
Combined effects of cool material coatings and vertical greening on pedestrian thermal comfort in street canyons
Building and Environment
数字孪生的最低可行数据：数据稀缺情境下对服务不足社区能源状况的表征
Minimum Viable Data (MVD) for digital twinning: Underserved community energy representation in data scarcity scenarios
Building and Environment
研究提出并评估面向社区尺度数字孪生的“最低可行数据”（MVD）框架，以应对服务不足社区能源数据匮乏的问题。基于亚特兰大17户独栋住宅的电费、家电能耗及房产评估数据，研究发现，月度账单结合评估记录即可识别家庭脆弱性，房产评估价值比建筑实体属性更能预测代理能源负担。空间制图可呈现能源差异；高频监测并非有效规划干预的必要条件。