位置：成果数据库 > 会议 > 会议详情页
局部微环境调节的舒适性研究
  • 所属机构名称：华南理工大学
  • 会议名称：2007全国建筑环境与建筑节能学术会议
  • 成果类型：会议
  • 会场：中国成都
  • 相关项目：湿热地区城市微气候调节与设计
作者： 张宇峰|
同会议论文项目
湿热地区城市微气候调节与设计
期刊论文 36 会议论文 28 专利 4 著作 1
同项目会议论文
太阳能驱动淋水屋面的工作原理及热工性能分析
室外热环境评价指标湿球黑球温度简化计算模型
广州某住宅小区微气候实测与分析
Rainfall predictive models for building simulation II - Rainfall estimation
Comfort model for local cooling
Discussion of the evaluation indexes of outdoor wind environment quality for the enclosed residentia
Experimental analysis of outdoor thermal comfort in a residential community in the hot-humid climate
Improvement on the predictive model of urban air temperature in summer
Near ground air temperature calculation model based on heat transfer of vertical turbulent and horiz
Numerical simulation of outdoor wind environment around the residential buildings in hot and humid z
A case study of residential area's wind environment in Guangzhou
Effects of different underlying surface on the surface-air temperature distribution in Guangzhou
Experimental study on outdoor thermal environment of campus building clusters in tropical climate
An experimental study of climatic evaporation of porous material in a wind tunnel
Study on urban microclimate in hot-humid region of China – a literature review
Study on outdoor thermal environment around the residential buildings in Guangzhou, China with coupl
亚热带城市居住区热环境设计评价
Comparison of human responses to face, chest and back cooling
Simulation and research on indoor environment control mode basing on thermal comfort: A case study i
Rainfall predictive models for building simulation I - Rainy time identification
Physiological and psychological model of local thermal sensation under local cooling
Numerical study on airflow and tmperature distribution in an airport terminal building under natural
多孔材料气候蒸发实验模型研究
Experimental method study of climatic evaporation of porous material in wind tunnel
Microclimatic effects of different underlying surface types in South China: measurements and model s
Sensitive analysis of landscaping effects on outdoor thermal environment in a residential community
A field study of thermal comfort in outdoor environment in Guangzhou, China