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清华大学博士研究生导师简介:杨旭东

发布时间: 2023-01-21 23:55:03

姓名:杨旭东性别:出生年月:1966-4-0工作单位:所在院系:建筑学院职称:行政职务:招生专业:研究领域:建筑环境与能源是否兼职:指导博士生总数:指导硕士生总数:目前博士生数:目前硕士生数:
个人简介
著作及论文
专著
1. Environmental Engineering,5th Edition,J. A. Salvato,N. L. Nemerow,F. J. Agardy (eds),John Wiley Sons,2003,pp1291-1392.,Author for Chapter 10: Residential and Institutional Environment,pp1291-1392.
2. 聂梅生、秦佑国、江亿等 著,《中国生态住宅技术评估手册》,中国建筑工业出版社,2003年,ISBN 7-112-01666-5(参著)
学位论文
杨旭东,建筑材料有害物散发及市内空气品质研究,美国麻省理工学院(MIT)博士学位论文, 1999年9月
杨旭东,集中供热计算机控制系统研究和应用,清华大学工学硕士学位论文, 1993年6月
杨旭东,地铁热环境模拟控制软件包,清华大学工学学士学位论文, 1988年7月
国外杂志论文(部分)
Li,Y.,Leung,G.M.,Tang,J.,Yang,X.,Chao,C.,Lin,J.Z.,Lu,J. etc. The role of ventilation in the airborne transmission of infectious agents in built environment – a multi-disciplinary systematic review,Indoor Air (in press)
Srebric,J.,Vukovic,V.,He,G.,Yang,X. CFD boundary conditions for contaminant dispersion simulations around human occupants in indoor environments,Building and Environment (in press)
Yan,D.,Song,F.,Yang,X.,Jiang,Y. et al. An integrated modeling tool for simultaneous analysis of thermal performance and indoor air quality in buildings,Building and Environment (in press)
FT Song,B Zhao,X Yang,Y Jiang,VP Gopal,G Dobbs.. A new approach on zonal modeling of indoor environment with mechanical ventilation. Building and Environment (in press)
Yang,X. and Wang,Y. Photocatalytic effect on plasmid DNA damage under different UV irradiation time. Building and Environment (in press)
James,J. and Yang,X. 2005. Emission measurement of green and non-green materials used in buildings,Indoor and Built Environment,14(1),69-74
He,G. and Yang,X. 2005. On regression method to obtain emission parameters of building materials,Building and Environment 40,1282-1287.
He,G.,Yang,X.,Srebric,J. 2005. Removal of contaminants released from room surfaces by displacement and mixing ventilation: modeling and validation,Indoor Air 15(5),367-380.
Wang,Y.,Yang,X.,Wang,Y.,Wang,YB.,Han,ZY. 2005. Disinfection and bactericidal effect using photocatalytic oxidation,HKIE Transactions – Special Edition. 39-43.
He,G.,Yang,X. and Shaw,C.Y. 2005. Material emission parameters obtained through regression,Indoor and Built Environment 14(1),59-68.
He,G.,Yang,X.,Srebric,J. 2005. Effects of Source Location on Contaminant Dispersion in a Displacement Ventilated Room,ASHRAE Transactions Vol 111,Part 1.
Zhao,B.,Wu,P.,Song,F.,Yan,D.,Yang,X.,Li,X.,Jiang,Y. 2004. Numerical simulation of indoor PM distribution in the whole year by zonal model,Indoor and Built Environment 13(6),453-462.
Yang,X.,Srebric,J. Li,X.,He G. 2004. Performance of three air distribution systems in VOC removal from an area source,Building and Environment 39(11),1289-1299.
Zhao,B.,Li,X.,Zhang,Y.,Yang,X.,Huang,D. 2004. Comparison of indoor aerosol particle concentration and deposition in different ventilated rooms by numerical method,Building and Environment 39(1),1-8.
Zhao,B.,Zhang,Z.,Yang,X.,Li,X.,and Huang,D. 2004. Numerical analysis of micro-climate of desk displacement ventilation,Journal of the IEST Vol. 47,No. 2.
Zhao,J. and Yang,X. 2003. Photocatalytic oxidation for indoor air purification: a literature review,Building and Environment 38,645-654.
Li,X.,Li,D.,Yang,X.,Yang,J. 2003. "Total air age: an extension of the air age concept," Building and Environment,38,1263-1269.
Wang B.,Zhang M.,Li X.,Yang X. 2003. Experimental investigation of discharge performance and temperature distribution of an external melt ice-on-coil storage tank,HVACR Research 9 (3),291-308.
Yang,X.,Chen,Q.,Zeng,J.,Zhang,J.S.,and Shaw,C.Y. 2001. A mass transfer model for simulating VOC sorption on building materials,Atmospheric Environment,35(7),1291-1299.
Yang,X.,Chen,Q.,Zeng,J.,Zhang,J.S.,and Shaw,C.Y. 2001. A mass transfer model for simulating volatile organic compound emissions from 'wet' coating materials applied to absorptive substrates,International Journal of Heat and Mass Transfer,44(9),1803-1815.
Yang,X.,Chen,Q.,Zeng,J.,Zhang,J.S.,Nong,G.,and Shaw,C.Y. 2001. Effects of airflow on VOC emissions from 'wet' coating materials: experimental measurements and numerical simulation,ASHRAE Transactions,107(1).
Yang,X.,Chen,Q.,Zhang,J.S,Magee,R. Zeng,J. and Shaw,C.Y. 2001. Numerical simulation of VOC emissions from dry materials,Building and Environment,36(10),1099-1107.
Yang,X.,Chen,Q. Zeng,J.,Zhang,J.S.,and Shaw,C.Y. 2001. Effects of environmental and test conditions on VOC emissions from "wet" coating materials,Indoor Air,11,270-278.
Yang,X. and Chen,Q. 2001. A coupled airflow and source/sink model for simulating indoor VOC exposures,Indoor Air,11,257-269.
Yuan,X.,Chen,Q.,Glicksman,L.R.,Hu,Y.,and Yang,X. 1999. Measurements and computations of room airflow with displacement ventilation,ASHRAE Transactions 105(1) 340-352.
Yang,X.,Chen,Q.,and Zhang,J. 1998. Impact of early stage incomplete mixing on estimating VOC emissions in small test chambers,Indoor Air,8,180-189.
Yang,X.,Chen,Q. and Bluyssen,P.M. 1998. Prediction of short-term and long-term volatile organic compound emissions from SBR bitumen-backed carpet under different temperatures,ASHRAE Transactions,104(2),1297-1308.

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