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艾正涛

发布于:2019-05-17 星期五 16:50:35  点击数:16387

艾正涛,教授,博士生导师,国家高层次人才计划青年项目入选者,主要研究方向为面向健康低碳建筑的建筑环境健康与生物安全,聚焦人源污染与源头控制、人员暴露与个性化防护、建筑通风与智慧环控等,研发针对局部和整体空间的高效低碳智慧环控技术


本课题组每年招募数名硕士研究生2名博士研究生,及博士后研究员,欢迎来信交流咨询。

博士后招聘公告详见:https://mp.weixin.qq.com/s/MoecYj39Y5ZfpU35mwomdg

基本信息

姓名:艾正涛

学位:博士

职称:教授、博士生导师、国家高层次人才计划青年项目入选者

研究领域:建筑环境健康与安全

通讯地址:湖南省长沙市岳麓区麓山南路湖南大学土木工程学院,410082

邮箱:zhengtaoai@hnu.edu.cn

教育背景

2012.07 - 2015.05,香港理工大学屋宇设备工程系,博士 

2008.09 - 2011.03,同济大学供热供燃气通风及空调工程系,硕士 

2009.09 - 2010.08,香港理工大学屋宇设备工程系,硕士交流学习

2004.09 - 2008.06,西南交通大学建筑环境与设备工程系,学士

2008.02 - 2008.06,新加坡淡马锡理工学院,本科交流学习

工作履历

2019.05 - 至今,       湖南大学建筑环境与能源工程系,教授、博士生导师、岳麓学者

2016.10 - 2019.04, 丹麦技术大学国际室内环境与能源中心,欧盟玛丽居里研究员 

2015.05 - 2016.10, 香港理工大学屋宇设备工程系,博士后研究员 

2011.09 - 2012.05, 香港理工大学屋宇设备工程系,研究助理

学术兼职

[10] 湖南省政府发展研究中心湖南省研究智库成员

[9] 湖南省建设科技与建筑节能协会生态乡村建设专业委员会,秘书长

[8] 国际Air Infiltration and Ventilation Centre理事会成员和中国区代表

[7] SCI期刊Building Simulation和EI期刊湖南大学学报(自然科学版)青年编委

[6] SCI期刊Building Simulation和Atmosphere以及国际期刊Energy and Built Environment特刊编辑Guest Editor

[5] 国际期刊Energy and Built Environment助理编辑Assistant Editor

[4] 国际室内空气品质与气候学会(ISIAQ)会员,国际建筑性能模拟学会(IBPSA)会员,环境科学学会室内环境与健康分会会员,建筑学会会员,欧盟玛丽居里学委会(MCAA)会员

[3] Indoor Air、Healthy Buildings、COBEE、华人能源与人工环境等国际会议学术委员会委员、会场主席

[2] 荷兰及比利时FWO等国家基金申请书国际通信评审人

[1] 建筑环境健康与节能领域20余个SCI期刊审稿人

研究领域

建筑环境健康与安全是"健康中国"国家战略的关键组成部分,也是“建筑低碳”战略和“减污降碳”方针的重要支撑,更是人们对健康生活向往的基本需求。而以新冠和季节性流感为代表的呼吸道传染病在建筑环境中的肆虐及其所带来的巨大危害和防控成本让建筑环境生物安全受到了前所未有的重视,呼吸道传染病因传播路径多样化而使得对其认识和防控皆困难重重,气溶胶空气传播的存在更是对高密度人员聚集地的防控带来前所未有的挑战。尽管此类生物污染从微生物学和流行病学等层面已在认知上取得了重大进展,但建筑环境工程领域显得应对不足,新的有效环境控制措施鲜有提出,现有环控技术和思路急需改进,许多关键问题尚待解决。鉴于此,课题组从“污染源头”、“暴露者”、“传播路径”三个方面入手,开展人源污染与源头控制、人员暴露与个性化防护、建筑通风与智慧环控研究,拟打破传统小专业壁垒,通过建筑环境学科与材料、生物、控制学科的交叉融合,结合工程科学的“源头治理”和医学的“预防优先”思想和方法,在探索机理的基础上发展创新解决方法和技术,在上述三方面各自施策的基础上进行协同配合,最终形成由“点”及“线”再到“面”的集成化高韧性环境控制网络,保障建筑环境健康与安全,为建筑减污降碳提供思路。

课题组目前科研资源丰富,主要采用真实场景的现场监测实验、受控环境舱实验、风洞实验、问卷调查、数值模拟、大数据分析和机器学习相结合的研究方法,与丹麦技术大学等国内外多所高校建立了研究生交换及实验场地和仪器设备共享合作,与湘雅医院和远大科技等建立了现场实验研究合作,与中国超级计算长沙中心签订了计算资源服务协议。

科研项目

[21] 国家自然科学基金重点项目(52130802), 高能效建筑空调系统设计同时发生气象参数联合统计理论与方法,2022.01-2026.12, 在研,参与,排名第二

[20] 国际能源署-建筑与社区能源项目 IEA-EBC-Annex 87 Personalized Environmental Control System,2022-2025,在研,中方主持之一

[19] 杭州娃哈哈集团有限公司,饮料生产环境流体仿真技术培训,2021.11-2022.04,结题,主持

[18] 中铁建集团有限公司,地铁车站环境与通风系统节能研究,2021.01-2021.12,结题,主持

[17] 国家高层次人才计划青年项目,建筑环境生物安全与防护,2021.01年起,在研,主持

[16] 中国工程院战略研究与咨询项目,城市基础设施智能监控及管理战略体系研究,2021.01-2021.12,结题,参与

[15] 湖南大学土木工程学院高水平国(境)外学者项目,加拿大Sherbrooke大学学者,发展安全与节能的高层建筑通风系统,2021.01-2023.12,在研,主持

[14] 丹麦高等教育与科学部基金,Airborne transmission of infectious diseases: mechanism and ventilation intervention, 2021.01-2021.12,结题,参与

[13] 湖南省学位与研究生教育改革研究项目,“双一流”建设背景下土木类研究生国际联合培养模式探索与实践,2021.01-2022.12,在研,参与

[12] 国家自然科学青年基金(51908203),短期事件中传染病空气传播规律及时均暴露剂量不确定性研究,2020.01-2022.12,在研,主持

[11] 中央高校基本科研业务费,建筑环境健康与节能,2019起,在研,主持

[10] 国际能源署-建筑与社区能源项目IEQ-EBC ANNEX80,Resilient Cooling for Residential and Small Commercial Buildings, 2019-2023,在研,中方主持

[9] 丹麦Ramboll基金,Improved methodology for CO2 based design of building ventilation,2018-2020,结题,参与

[8] 丹麦技术大学和欧盟玛丽居里行动计划联合资助(FP7/2007-2013: No.609405), Dynamics and time scales of airborne transmission in indoor environments, 2016-2019, 结题,主持

[7] 联合国食品和农业组织(FAO),Community-level risks of aerosolized transmission of zoonotic HPAI H5N1 in farms and live bird markets (LBMs),2015-2018,结题,参与

[6] 香港-环境及自然保育基金(ECF 18/2014),Envelope design to improve ventilation performance of residential buildings in dense urban environment,2015-2017,结题,主研

[5] 香港-大学教育资助委员会(RGC-CRF: No. C5002-14GF),Development of design methodologies for the improvement of wind and thermal comfort in the urban environment,2015-2018,结题,主研

[4] 香港-环境及自然保育基金(ECF 23/2011),Green features for sustainable daylighting design in buildings,2013-2015,结题,主研

[3] 香港-环境及自然保育基金(ECF 23/2009),Green features for improvement of air quality in buildings,2011-2013,结题,主研

[2] 香港理工大学基金(PolyU: GU841),Prediction of flow-generated noise produced by in-duct rigid spoilers using Computational Fluid Dynamics,2011-2013,结题,主研

[1] 香港理工大学基金(PolyU: SURF No. 1-ZV4S),Development of designed features for sustainable green buildings,2009-2012,结题,主研

学术成果

与国内、欧盟及香港地区科研人员展开合作,主持参与科研项目20余项,发表SCI学术论文近60篇,受邀撰写英文书籍2章,授权国家发明专利2项,软件著作权2项,参加国际国内学术会议并做报告30余次,在国内外高校和国际学术会议研讨会做邀请报告20余次。代表性成果如下:

A1.建筑环境中人源污染及防控技术

[11] Z.J. Jia, Z.T. Ai*, 2022. Face shield intensifies inhaled exposure to self-generated bio-effluents, Building and Environment, 109070. [个人防护]

[10] J.J. Ye, Z.T. Ai*, C. Zhang, 2021. A new possible route of airborne transmission caused by the use of a physical partition. Journal of Building Engineering, 44: 103420. [传播机理]

[9] C.J. Xing, S.S. Zhang, M.H. Bai*, Z.T. Ai*, C.W. Xu, C.M. Mak, 2021. Spatiotemporal distribution of aerosols generated by using powder jet handpieces in periodontal department. Sustainable Cities and Society, 75, 103353. [源特性]

[8] S. Zhang, Z.T. Ai*, Z. Lin*, 2021. Novel demand-controlled optimization of constant-air-volume mechanical ventilation for indoor air quality, durability and energy saving, Applied Energy, In press. [通风控制]

[7] A.K. Melikov, Z.T. Ai*, D.G. Markov, 2020. Intermittent occupancy combined with ventilation: an efficient strategy for the reduction of airborne transmission indoors, Science of the Total Environment, 744, 140908. [综合控制]

[6] Z.T. Ai*, K. Hashimoto, A.K. Melikov, 2019, Influence of pulmonary ventilation rate and breathing cycle period on the risk of cross-infection. Indoor Air, Accepted. [传播机理]

[5] Z.T. Ai*, K. Hashimoto, A.K. Melikov, 2019. Airborne transmission between room occupants during short-term events: measurement and evaluation. Indoor Air, 29(2019), 563-576. [传播机理]

[4] Z.T. Ai*, A.K. Melikov, 2018. Airborne spread of expiratory droplet nuclei between the occupants of indoor environments: a review. Indoor Air, 28(4), 500-524. [综述]

[3] Z.T. Ai, C.M. Mak, 2016. Large eddy simulation of wind-induced interunit dispersion around multistory buildings. Indoor Air, 26:259-273. [跨户传播]

[2] Z.T. Ai, C.M. Mak, 2014. A study of interunit dispersion around multistory buildings with single-sided ventilation under different wind directions. Atmospheric Environment 88, 1-13. [跨户传播]

[1] Z.T. Ai, C.M. Mak, J.L. Niu, 2013. Numerical investigation of wind-induced airflow and interunit dispersion characteristics in multistory residential buildings. Indoor Air 23, 417-429. [跨户传播]

A2. 建筑通风及围护结构空气动力学

[8] L. Tang, Z.T. Ai, C. Song, G. Zhang, Z. Liu, 2021. A strategy to maximally utilize outdoor air for indoor thermal environment. Energies, 14 (13), 3987. [通风冷却]

[7] Z.T. Ai, C.M. Mak, 2018. Wind-induced single-sided natural ventilation in buildings near a long street canyon: CFD evaluation of street configuration and envelope design. Journal of Wind Engineering and Industrial Aerodynamics, 172, 96-106. [围护结构]

[6] Z.T. Ai, C.M. Mak, 2016. Short-term mechanical ventilation of air-conditioned residential buildings: A general design framework and guidelines. Building and Environment, 108, 12-22. [间歇通风]

[5] Z.T. Ai, C.M. Mak, D.J. Cui, P. Xue, 2016. Ventilation of air-conditioned residential buildings: A case study in Hong Kong. Energy and Buildings 127, 116-127. [间歇通风]

[4] Z.T. Ai, C.M. Mak, 2015. From street canyon microclimate to indoor environmental quality in naturally ventilated urban buildings: Issues and possibilities for improvement. Building and Environment 94, 489-503. [室内外关系]

[3] Z.T. Ai, C.M. Mak, D.J. Cui, 2015. On-site measurements of ventilation performance and indoor air quality in naturally ventilated high-rise residential buildings in Hong Kong. Indoor and Built Environment 24(2), 214-224. [通风测量]

[2] Z.T. Ai, C.M. Mak, 2014. Analysis of fluctuating characteristics of wind-induced airflow through a single opening using LES modeling and the tracer gas technique. Building and Environment 80, 249-258. [流动机理]

[1] Z.T. Ai, C.M. Mak, 2014. Determination of single-sided ventilation rates in multistory buildings: Evaluation of methods. Energy and Buildings 69, 292-300. [通风量计算]

A3.数值模拟和实验测试可靠性及基础问题

[8] W. Kierat, Z.T. Ai*, A. Melikov, D. Markov, M. Bivolarova, 2021. Towards enabling accurate measurements of CO2 exposure indoors, Building and Environment, 213, 108883. [准确测量]

[7] Z.T. Ai*, C.M. Mak, N.P. Gao, J.L. Niu, 2020, Tracer gas is a suitable surrogate of exhaled droplet nuclei for studying airborne transmission in the built environment. Building Simulation, In press. [示踪媒介]

[6] Y.W. Dai, C.M. Mak, Z.T. Ai, 2019. Flow and dispersion in coupled outdoor and indoor environments: issue of Reynolds number independence. Building and Environment, 150, 119-134. [雷诺数独立]

[5] Z.T. Ai, C.M. Mak, 2017. CFD simulation of flow in a long street canyon under a perpendicular wind direction: Evaluation of three computational settings. Building and Environment, 114, 293-306. [模拟参数]

[4] Z.T. Ai, C.M. Mak, 2015. Large-eddy simulation of flow and dispersion around an isolated building: Analysis of influencing factors. Computers and Fluids 118, 89-100. [模拟参数]

[3] Z.T. Ai, C.M. Mak, 2014. Potential of using reduced-scale models in CFD simulations in saving numerical resources: Theoretical analysis and case study for flow around an isolated building. Journal of Wind Engineering and Industrial Aerodynamics 134, 25-29. [缩尺模型]

[2] Z.T. Ai, C.M. Mak, 2014. Modelling of coupled urban wind flow and indoor air flow on a high-density near-wall mesh: sensitivity analyses and case study for single-sided ventilation. Environmental Modelling and Software 60, 57-68. [通风量模拟]

[1] Z.T. Ai, C.M. Mak, 2013. CFD simulation of flow and dispersion around an isolated building: Effect of inhomogeneous ABL and near-wall treatment. Atmospheric Environment 77, 568-578. [边界层维持]

B.专利软著

[4]艾正涛,邢超杰,刘政轩,2022,一种医用可附于手术仪器表面的微型气幕系统.发明专利授权.

[3]艾正涛,邢超杰,刘政轩,2020,一种医用可佩戴式防护口鼻的微型气幕系统.发明专利授权 [获得湖南大学专利基金支持]

[2]刘政轩,艾正涛,张国强,秦迪,2020,垂直地热通风系统模拟平台V1.0.

[1]宋鸽,艾正涛,张国强,唐磊,2020,建筑通风冷却潜力计算软件.

C.邀请报告

[2] J.J. Ye, C. Lin, J. Liu, Z.T. Ai*, G.Q. Zhang, 2021, HVAC system use in China during the pandemic of COVID-19, AIVC Newsletter Special Issue COVID-19, July 2021.

[1] C.M. Mak, Z.T. Ai, D. Yang, Envelope design to improve ventilation performance of residential buildings in dense urban environment, included in “Hong Kong Report on the State of Sustainable Built Environment 2017”, Hong Kong.

D.学术会议

COBEE Montreal 2022; AIVC Rotterdam 2022; Indoor Air Kuopio 2022; RoomVent Xi'an 2022; 全国暖通年会 江苏 2022; 室内环境与健康年会 武汉 2021; ISHVAC Seoul 2021; 华人能源与环境 成都 2021; 湖南省暖通年会 长沙2021; Healthy Buildings Asia Changsha 2021; Indoor Air Seoul 2020; HVAC Japan Sapporo 2019; Architectural Japan Hokuriku 2019; ICWE Beijing 2019; 华人能源与环境 成都 2019; Ventilation Symposium Chongqing 2019; ISHVAC Harbin 2019; Clima Bucharest 2019; AIVC Juan-les-Pins 2018; Indoor Air Philadelphia 2018; RoomVent Espoo 2018; COBEE Melbourne 2018; EACWE Liege 2017; Indoor Air Ghent 2016; 全国暖通年会 天津 2014; ISCWE Hamburg 2014; Indoor Air Hong Kong 2014; PHEP Macau 2012; ISHVAC Shanghai 2011; ICSU Hong Kong 2010; ISHVAC Nanjing 2009.


奖励与荣誉

[1] 欧盟研资局玛丽居里学者,2016

[2] 湖南大学岳麓学者,2019,青矩学者,2021

[3] 湖南大学新入职教师讲课比赛三等奖,2019

[4] 国家高层次人才计划青年项目,2020

[5] 湖南省制冷学会学术年会优秀论文奖,2021

[6] 中国饮料行业科技创新论文奖三等奖,2021