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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
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Paper Publications
wusongheng,wangyi,huangyanqiu,,王祝宾,荣俊豪.Enhanced removal of high-temperature industrial particles via optimized spray droplet collision: Mechanisms and parametric control:Journal of Hazardous Materials,2025
wangyi,huangyanqiu,Mustapha Karkri,Mahamadou Abdou Tankari,Laurent Ibos.Experimental study on optical properties of paraffin-based phase change material glazing units and their performance optimization based on NSGA-II:Journal of Building Engineering,2025,Vol.108(112882)
zhangli,huangyanqiu,,张益睿,郭胜男,王振鹏,王祝宾.Spray field characteristics and the effect of spray-local exhaust ventilation on the control of high-temperature buoyant jets:Energy and Built Environment,2024
wangyi,huangyanqiu,,王振鹏,张益睿.Comprehensive evaluation of spray arrangement strategies for spray-local exhaust ventilation:Energy and Built Environment,2023,Vol.6(No.1):173-186
wusongheng,wangyi,huangyanqiu,,汪文扬,杨珊,荣俊豪,李满堂.Transport characteristics of pulsating high-temperature particles based on vortex structure analysis by large-eddy simulation:Building and Environment,2021,Vol.209(Suppl C):108679
wangyi,huangyanqiu,,赵逸航,李鑫,郭军伟,汪文扬,郭胜男.A novel measurement for evaluating the capture efficiency of local ventilation system using background oriented schlieren:Building and Environment,2024,Vol.267(Part B):112185
Liu Yalin,huangyanqiu,,李志远,张嘉羽,赵梓帆,于明晖.Experimental study on the airflow dynamics and particulate matter emission characteristics of cooking fumes during frying, roasting, and deep frying:Journal of Building Engineering,2024,Vol.84(108524)
wangyi,huangyanqiu,,郭胜男,高珩,李文琳,张益睿,王振鹏.Flow-field characteristics and ventilation performance of the high-temperature buoyant jet controlled by spray-local exhaust ventilation:Building and Environment,2022,Vol.225
wangyi,huangyanqiu,,王振鹏,张益睿,王祝宾,荣俊豪.Analysis of parameters for spray-local exhaust ventilation (SLEV) to minimize high-temperature smoke pollutants and reduce energy consumption:Sustainable Cities and Society,2025,Vol.107(105464)
huangyanqiu,Arslan M. Ziganshin,Angelina K. Stepanova,Evgeny N. Popov,Oleg V. Tiron.NUMERICAL MODELING OF CAPTURING FREE-CONVECTIVE AIR FLOW FROM A ROUND HEAT SOURCE BY A ROUND EXHAUST FUNNEL:News of Higher Educational Institutions. Construction.,2025
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