中文

黄艳秋

Personal Information
Name (Pinyin): huangyanqiu
School/Department: 建筑设备科学与工程学院
Professional Title: Professor
Status: Employed
Academic Titles: 西安建筑科技大学建筑设备科学与工程学院教授
Other Post: 国家“111计划”学科创新引智基地西部绿色建筑与环境控制技术副主任

Paper Publications

Current position: Home > Scientific Research > Paper Publications

王怡[重名-待确认],huangyanqiu,刘荔,NielsenPeterV.,JensenRasmusL.,闫翻辽.Reduced-scale experimental investigation on ventilation performance of a local exhaust hood in an industrial plant:Building and Environment,2015,卷：85(期：):页：94-103
wangyi,huangyanqiu,,姜闯,曹蕾,荣俊豪.电炉烟气流场特性及排风系统优化研究:暖通空调,2018,48期11卷
wangyi,huangyanqiu,,汪文扬,卢柯,姜闯,荣俊豪,杨小妮.Flow-field evolution and vortex structure characteristics of a high-temperature buoyant jet:Building and Environment,2020,187 :107407
huangyanqiu,舒刚,周纪帅.高炉出铁场摆动流嘴排烟罩的改造措施及优化设计:科学技术创新,2020,2020,(09),145-147
wangyi,huangyanqiu,刘洋,卢柯,姜闯,曹蕾.Study on limit flow ratio method for a lateral exhaust hood above high-temperature buoyant jets:Sustainable Cities and Society,2019,54,101969
wangyi,huangyanqiu,范锦龙,文福,卢柯,郭军伟.精轧工艺颗粒物污染特征及其岗位环境浓度监测:环境工程学报,2020
wangyi,huangyanqiu,刘荔,Peter V. Nielsen,Rasmus L. Jensen,杨小妮.Performance of constant exhaust ventilation for removal of transient high-temperature contaminated airflows and ventilation-performance comparison between two local exhaust hoods:Energy and Buildings,2017
wangyi,huangyanqiu,,郭军伟,汪文扬,卢柯,郭胜男.Potential of color schlieren velocimetry for high-temperature pollutant emission sources and flow characteristics of induced airflow during high-temperature liquid pouring:Building and Environment,2021,205(4):108216
zhaiyingni,wangyi,huangyanqiu,,卢柯,郭军伟, 赵春晓.Study on ventilation performance of lateral exhaust hood under the influence of two high-temperature buoyant jets:Building and Environment,2020,177(3):106849
wangyi,huangyanqiu,,荣俊豪,郭军伟,汪文扬,卢柯,郭胜男,曹蕾.Experimental study of induced airflow characteristics during liquid metal pouring process through PIV, thermography, and color schlieren imaging:International Journal of Thermal Sciences,2021

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