发布时间：2021-09-09
基本信息
学历：博士
职称：教授
专业：供热、通风与空调工程
系别：建筑环境与设备工程系
电子邮箱：timzhang@tju.edu.cn
电话：(022) 8737 1376
微信公众号：建筑与交通工具舱室环境课题组
主要研究方向
按应用场景划分：建筑与交通工具舱室环境、传染病疫情防控、建筑降碳
按基础科学划分：热环境流体力学、气溶胶动力学、传热传质、微生物学、多学科交叉
教育及工作经历
教育经历
东南大学(学士，2000)，热能与动力工程
清华大学(硕士，2003)，热能工程
普渡大学(博士，2007)，机械工程(暖通方向)
工作经历
天津大学(2017-)，教授、博导、副院长
大连理工大学(2007- )，历任讲师、副教授、博导、教授(破格)、所长
普渡大学(2007)，从事博士后研究
学术兼职
Building and Environment编委、Buildings编委、ASHRAE国际投票委员，3本国际期刊特邀客座编辑，Healthy Buildings 2023 – Asia国际会议主席，<span id='id_66492623' onclick='parent.newfixtypos<span id='id_21118810' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_21118810_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_66492623_r' typos=true>其它</span>2届国际会议副主席
暖通空调产业技术创新联盟通风专业委员会理事、暖通空调产业技术创新联盟计算机模拟委员会顾问委员，ISIAQ与ASHRAE会员
荣誉获奖
国家青年科技人才、天津市中青年科技创新<span id='id_57470794' onclick='parent.newfixtypos<span id='id_64205619' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_64205619_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_57470794_r' typos=true><span id='id_82079692' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_82079692_r' typos=true>领军人才</span></span>、中国仿真学会创新技术一等奖、Elsevier中国高被引学者、瑞士Chorafas国际优秀博士论文奖等2个国际奖项
教学经历
主讲《室内污染CONTAM模拟》(双语)、《Introduction to Thermodynamics》(全英文，留学生)、《Aerosol Dynamics》(全英文)
曾获省部级教学奖1项，承担教改项目6项
科研项目
负责/参与各类科研课题34项，个人承担经费超3千万元，其中：负责国家重点研发课题1项、国家基金7项、省部基金4项、国际合<span id='id_94044742' onclick='parent.newfixtypos<span id='id_55729098' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_55729098_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_94044742_r' typos=true>作</span>10项；参与国家973课题2项、863课题1项、国家基金1项、国际合<span id='id_70716518' onclick='parent.newfixtypos<span id='id_17890206' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_17890206_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_70716518_r' typos=true>作</span>2项。
在研项目
1. 国家自然科学基金委员会国际(地区)合<span id='id_33620375' onclick='parent.newfixtypos<span id='id_35244258' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_35244258_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_33620375_r' typos=true>作</span>与交流项目（中国-瑞典），5201101913，公共卫生间内新冠病毒气溶胶的产生与传播机理及其通风去除方法，2021/01 –2023/12，40万元，在研，主持
2. 美国波音公司，2020-GT-180，飞机卫生间的优化通风设计和颗粒物控制，2020/09-2021/08，91万元，在研，主持
3. 美国波音公司、中国商飞共同资助国际合<span id='id_22330263' onclick='parent.newfixtypos<span id='id_96472913' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_96472913_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_22330263_r' typos=true>作</span>项目，2020-GT-139，通过有效分区控制客舱内新冠病毒的传播，2020/07-2021/12，71万元，在研，主持
4. 国家自然科学基金面上项目，51978450，室内活体真菌孢子脱落气溶胶化的定量预测，2020/01-2023/12，63万元，在研，主持
5. 天津大学北洋青年学者计划，-，建筑环境空气暴露安全，2019/01-2022/12，40万元，在研，主持
主要论文
1.Huo S., Zhang T.（张腾飞, <span id='id_75699815' onclick='parent.newfixtypos<span id='id_10436439' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_10436439_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_75699815_r' typos=true>通讯<span id='id_22595901' onclick='parent.newfixtypos<span id='id_15758431' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_15758431_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_22595901_r' typos=true>作</span>者</span>）. 2021. Ventilation of ordinary face masks. Building and Environment, 205(108261):1-15. (SCI, EI)
2.Li X., Zhang T.（张腾飞, <span id='id_07086628' onclick='parent.newfixtypos<span id='id_97591873' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_97591873_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_07086628_r' typos=true>通讯<span id='id_41313125' onclick='parent.newfixtypos<span id='id_76946157' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_76946157_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_41313125_r' typos=true>作</span>者</span>）, Fan M., Liu M., Chang D., Wei Z., Lin C., Ji S., Liu J., Shen X., Long Z. 2021. Experimental evaluation of particle exposure at different seats in a single-aisle aircraft cabin. Building and Environment, 202(108049): 1-12. (SCI, EI)
3.Liu S., Song R., Zhang T. （张腾飞, <span id='id_13616402' onclick='parent.newfixtypos<span id='id_06803104' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_06803104_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_13616402_r' typos=true>通讯<span id='id_49031136' onclick='parent.newfixtypos<span id='id_49163810' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_49163810_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_49031136_r' typos=true>作</span>者</span>）. 2021. Residential building ventilation in situations with outdoor PM2.5 pollution. Building and Environment, 202(108040): 1-14. (SCI, EI)
4.Liu F., Zhang T. （张腾飞, <span id='id_84025520' onclick='parent.newfixtypos<span id='id_74539961' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_74539961_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_84025520_r' typos=true>通讯<span id='id_75993107' onclick='parent.newfixtypos<span id='id_35617003' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_35617003_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_75993107_r' typos=true>作</span>者</span>）, Zhang H., Huo Q., Wang J., Long Z., Liu J. 2021. Removing painting-generated VOCs in a commercial airplane hangar with multiple portable exhaust hoods. Building and Environment, 196(107797): 1-15. (SCI, EI)
5.Cao Q., Li F., Zhang T. （张腾飞, <span id='id_27906600' onclick='parent.newfixtypos<span id='id_69902895' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_69902895_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_27906600_r' typos=true>通讯<span id='id_39948868' onclick='parent.newfixtypos<span id='id_17696692' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_17696692_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_39948868_r' typos=true>作</span>者</span>）, Wang S. 2020. A ventilator that responds to outdoor conditions for ventilation and air filtration. Energy and Buildings, 229, 110498: 1-12. (SCI, EI)
6.Li X., Zhang T. （张腾飞, <span id='id_91325122' onclick='parent.newfixtypos<span id='id_06109915' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_06109915_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_91325122_r' typos=true>通讯<span id='id_18053269' onclick='parent.newfixtypos<span id='id_09192009' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_09192009_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_18053269_r' typos=true>作</span>者</span>）, Wang J., Wang S. 2020. Prediction of aerosolized fungal spores by determining respiratory intensity of the growing colony. Aerosol and Air Quality Research, 20(4): 776-786. (SCI, EI)
7.李发成, 张腾飞（<span id='id_58714764' onclick='parent.newfixtypos<span id='id_05611652' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_05611652_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_58714764_r' typos=true>通讯<span id='id_01243126' onclick='parent.newfixtypos<span id='id_59497849' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_59497849_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_01243126_r' typos=true>作</span>者</span>）. 2020. 多模式通风净化器的性能模拟. 暖通空调, 50(3): 117-122+79.
8.Li X., Zhang T. （张腾飞, <span id='id_22519639' onclick='parent.newfixtypos<span id='id_86159177' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_86159177_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_22519639_r' typos=true>通讯<span id='id_51495997' onclick='parent.newfixtypos<span id='id_20303569' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_20303569_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_51495997_r' typos=true>作</span>者</span>）, Wang J., Wang S. 2019. Aerosolization of Aspergillus niger spores from growing colonies on a bare tube. Atmospheric Environment, 218 (117008): 1-10. (SCI, EI)
9.Wang J., Niu L., Zhang T. （张腾飞, <span id='id_45671666' onclick='parent.newfixtypos<span id='id_73727607' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_73727607_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_45671666_r' typos=true>通讯<span id='id_94047953' onclick='parent.newfixtypos<span id='id_79611023' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_79611023_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_94047953_r' typos=true>作</span>者</span>）, Wang S. 2019. Detachment of adhered particles from a cloth surface subjected to a rod strike. Aerosol Science &amp; Technology, 53(4): 435-448. (SCI, EI)
10.Wei Y., Liu W., Xue Y., Zhai Z., Chen Q., Zhang T. （张腾飞, <span id='id_52567561' onclick='parent.newfixtypos<span id='id_43135315' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_43135315_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_52567561_r' typos=true>通讯<span id='id_23888534' onclick='parent.newfixtypos<span id='id_70891625' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_70891625_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_23888534_r' typos=true>作</span>者</span>）. 2019. Inverse design of aircraft cabin ventilation by integrating three methods. Building and Environment, 150: 33-43. (SCI, EI)
11.Zhang T. （张腾飞, <span id='id_71736779' onclick='parent.newfixtypos<span id='id_79359104' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_79359104_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_71736779_r' typos=true>通讯<span id='id_22558683' onclick='parent.newfixtypos<span id='id_88236362' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_88236362_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_22558683_r' typos=true>作</span>者</span>）, Xu Y., Lin C.H., Wei Z., Wang S. 2019. Measuring moisture content in a porous insulation package with finite thickness. International Journal of Heat and Mass Transfer, 129: 144-151. (SCI, EI)
12.Wang J., Zhang T. （张腾飞）, Wang S., Battaglia F.* 2018. Numerical investigation of single-sided natural ventilation driven by buoyancy and wind through variable window configurations. Energy and Buildings, 168: 147-164. (SCI, EI)
13.Zhang T. （张腾飞, <span id='id_17727767' onclick='parent.newfixtypos<span id='id_99827671' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_99827671_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_17727767_r' typos=true>通讯<span id='id_80826376' onclick='parent.newfixtypos<span id='id_92687881' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_92687881_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_80826376_r' typos=true>作</span>者</span>）, Su Z., Wang J., Wang S. 2018. Ventilation, indoor particle filtration, and energy consumption of an apartment in northern China. Building and Environment, 143:280-292. (SCI, EI)
14.Li X., Zhang T. （张腾飞, <span id='id_43519118' onclick='parent.newfixtypos<span id='id_31279654' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_31279654_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_43519118_r' typos=true>通讯<span id='id_27367753' onclick='parent.newfixtypos<span id='id_52653046' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_52653046_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_27367753_r' typos=true>作</span>者</span>）, Wang S. 2018. Measuring detachment of Aspergillus niger spores from colonies with an atomic force microscope. Indoor Air, 28(5):744-753. (SCI)
15.Zhang T. （张腾飞）, Li G., Lin C.H., Wei Z., Wang S. 2018. Measured moisture accumulation in aircraft walls during simulated commercial flights. Science and Technology for the Built Environment, 24(8):820-829. (SCI, EI)
16.Wang J.*, Zhang T. （张腾飞）, Zhou H., Wang S. 2018. Inverse design of aircraft cabin environment using computational fluid dynamics-based proper orthogonal decomposition method. Indoor and Built Environment, 27(10): 1379-1391. (SCI, EI)
17.Rakotomahefa T.M.J., Wang F., Zhang T. （张腾飞, <span id='id_17214005' onclick='parent.newfixtypos<span id='id_16356787' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_16356787_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_17214005_r' typos=true>通讯<span id='id_45595386' onclick='parent.newfixtypos<span id='id_75871991' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_75871991_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_45595386_r' typos=true>作</span>者</span>）, Wang S. 2018. Zonal network solution of temperature profiles in a ventilated wall module. Journal of Building Performance Simulation, 11(5):538-552. (SCI, EI)
18.Zhang T. （张腾飞, <span id='id_82996695' onclick='parent.newfixtypos<span id='id_69619716' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_69619716_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_82996695_r' typos=true>通讯<span id='id_77284462' onclick='parent.newfixtypos<span id='id_50467998' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_50467998_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_77284462_r' typos=true>作</span>者</span>）, Luo Y., Lin C.H., Wei Z., Wang S. 2018. Measuring moisture content in porous insulation materials based on transient temperatures over a period of 100 seconds. Science and Technology for the Built Environment, 24(6): 571-579. (SCI, EI)
19.Zhang T. （张腾飞）, Li G., Lin C.H., Wei Z., Wang S. 2017. Experimental identification of key parameters contributing to moisture accumulation in an aircraft section. Building and Environment, 126: 339-347. (SCI, EI)
20.Wei Y., Zhou H., Zhang T. （张腾飞, <span id='id_18898594' onclick='parent.newfixtypos<span id='id_31921247' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_31921247_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_18898594_r' typos=true>通讯<span id='id_93500625' onclick='parent.newfixtypos<span id='id_71704214' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_71704214_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_93500625_r' typos=true>作</span>者</span>）, Wang S. 2017. Inverse identification of multiple temporal sources releasing the same tracer gaseous pollutant. Building and Environment, 118: 184-195. (SCI, EI)
21.Wang J., Zhang T. （张腾飞）, Wang S., Battaglia F.* 2017. Gaseous pollutant transmission through windows between vertical floors in a multistory building with natural ventilation. Energy and Buildings, 153: 325-340. (SCI, EI)
22.Li S., Wang S.*, Ma Z., Jiang S., Zhang T. （张腾飞） 2017. Using an air cycle heat pump system with a turbocharger to supply heating for full electric vehicles. International Journal of Refrigeration, 77: 11-19. (SCI, EI)
23.Chen L., Wang S., Li G., Lin C.H., Zhang T.（张腾飞, <span id='id_00880482' onclick='parent.newfixtypos<span id='id_50778120' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_50778120_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_00880482_r' typos=true>通讯<span id='id_06214874' onclick='parent.newfixtypos<span id='id_26670346' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_26670346_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_06214874_r' typos=true>作</span>者</span>） 2016. CFD modeling of moisture accumulation in the insulation layers of an aircraft. Applied Thermal Engineering, 102: 1141-1156. (SCI, EI)
24.Mei X., Zhang T. （张腾飞, <span id='id_47349765' onclick='parent.newfixtypos<span id='id_21037454' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_21037454_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_47349765_r' typos=true>通讯<span id='id_32223119' onclick='parent.newfixtypos<span id='id_42201510' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_42201510_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_32223119_r' typos=true>作</span>者</span>）, Wang S. 2016. Experimental investigation of jet-induced resuspension of indoor deposited particles. Aerosol Science &amp; Technology, 50(3):230-241. (SCI, EI)
25.Wei Y., Zhang T. （张腾飞, <span id='id_28671183' onclick='parent.newfixtypos<span id='id_59886179' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_59886179_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_28671183_r' typos=true>通讯<span id='id_57149335' onclick='parent.newfixtypos<span id='id_35175809' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_35175809_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_57149335_r' typos=true>作</span>者</span>）, Wang S. 2016. Prompt design of the air-supply opening size for a commercial airplane based on the proper orthogonal decomposition of flows. Building and Environment, 96:131-141. (SCI, EI)
26.Lei L., Wang S., Zhang T. （张腾飞, <span id='id_02455265' onclick='parent.newfixtypos<span id='id_14484905' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_14484905_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_02455265_r' typos=true>通讯<span id='id_89349440' onclick='parent.newfixtypos<span id='id_93571949' onclick='parent.newfixtyposword(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_93571949_r' typos=true>word</span>(this)' style='cursor: pointer;background-color:#e84840;color:#fff' title='id_89349440_r' typos=true>作</span>者</span>）. 2016. Inverse design of underfloor heating power rates and air-supply temperature for an aircraft cabin. Applied Thermal Engineering, 95:70-78. (SCI, EI)
授权专利
（A）发明专利
1.张腾飞, 魏芸, 王树刚. 一种室内污染源智能定位去除装置及方法. 专利号：ZL 2018 1 0439998.3. 授权公告日：2019-11-08.
2.张腾飞, 徐伍, 王继红, 王树刚. 一种多通道去除气载微生物粒子净化器. 专利号：ZL 2018 1 0367867.9. 授权公告日：2019-10-11.
3.张腾飞, 徐以恒, 王树刚, 王继红. 一种基于虚拟热源原理测量有限厚度材料异质含量的方法. 专利号：2018 1 0285620.2. 授权公告日：2021-02-19.
4.张腾飞, 李发成, 赵玥, 王树刚. 一种可调节风量的无动力气窗. 日本专利. 授权号：6736111. 授权公告日：2020-07-17.
5.张腾飞, 徐以恒, 王树刚, 王继红. 一种基于虚拟热源采用四参数匹配测定材料异质含量的方法. 专利号：ZL 2017 1 0535358.8. 授权公告日：2019-08-20.
6.张腾飞, 李发成, 王继红, 王树刚. 一种双箱体通风净化器. 国家知识产权局. 专利号：ZL 2017 1 0567449.X. 授权公告日：2019-5-28.
7.张腾飞, 李发成, 王树刚. 一种建筑防霾通风净化器. 国家知识产权局. 专利号：ZL 2017 1 0029791.4. 授权公告日：2019-03-05.
8.张腾飞, 李发成, 王树刚. 一种去除气载生命颗粒的净化装置. 国家知识产权局. 专利号：ZL 2016 1 0887953.3. 授权公告日：2019-02-01.
9.张腾飞, 罗云, 林钊信, 杨火军, 王树刚. 一种基于物性匹配快速测定材料中异质含量的方法. 国家知识产权局. 专利号：ZL 2015 1 0368852.0授权公告日：2018-02-23.
10.梁世文, 贺籍民, 张腾飞. 一种半自动收展汽车车衣. 国家知识产权局. 专利号：ZL 2014 1 0143792.8. 授权公告日：2015-10-28.
11.张腾飞, 沈润霖, 林钊信, 尹久盛, 王树刚. 一种用于飞机的双风道墙体. 国家知识产权局. 专利号：ZL 2013 1 0098171.8. 授权公告日：2015-07-22.
12.张腾飞, 赵越, 王树刚, 彼得. 一种节能环保型多功能呼吸墙. 国家知识产权局. 专利号：ZL 2010 1 0509699.6. 授权公告日： 2011-11-16.
13.张腾飞, 房天宇, 王树刚. 空气污染源、火源位置快捷辨识仪. 国家知识产权局. 专利号：ZL 2009 1 0304107.4. 授权公告日：2012-07-18.
&nbsp;
（B）实用新型
1.张腾飞, 张婷露, 陈冠益. 一种气体管路通断的液封装置. 专利号: ZL 2020 2 1388972.X. 授权公告日：2021-05-25.
2.张腾飞, 唐可欣. 一种测量有限厚度多孔材料中异质含量的装置. 专利号: ZL 2020 2 0830805X. 授权公告日：2021-04-06.
3.张腾飞, 李桃. 一种减少密闭机加工室油雾泄漏的装置. 专利号: ZL 2020 2 04477449. 授权公共日：2021-02-19.
4.张腾飞, 霍世诰. 一种通过抽气回收钻屑的装置. 专利号: ZL 2019 2 22260822. 授权公告日：2020-12-04.
5.张腾飞, 唐可欣. 一种测量多孔材料中异质含量的装置及方法. 专利号: ZL 2019 2 16902032. 授权公告日：2020-10-27.
6.王继红, 张腾飞, 王树刚, 吴小舟. 一种地铁无动力调节活动百叶窗. 专利号：ZL 2019 2 16397974. 授权公告日：2020-07-24.
7.王继红, 张腾飞, 王树刚, 陈思宇. 一种基于超声波的供水管道结冰探测系统. 专利号：ZL 2019 2 14752990. 授权公告日：2020-07-24.
8.张腾飞, 王凤, 李发成. 一种多功能飞机座椅. 专利号：ZL 2018 2 11872657. 授权公告日：2019-05-24.
9.薛雨, 彭海滢, 王祎, 张腾飞. 可折叠的座椅扶手. 专利号：ZL 2018 2 08132799. 授权公告日：2018-12-07.
10.薛雨, 郑情文, 张腾飞. 一种具有加湿功能的飞机客舱座椅. 专利号：ZL 2018 2 05359885. 授权公告日：2018-11-02.
11.张腾飞、李发成、赵玥、王树刚. 一种可调节风量的无动力气窗. 国家知识产权局.实用新型专利. 专利号：ZL 2018 2 0098541.6. 授权公告日：2018-10-12.
12.张腾飞, 房天宇, 王树刚. 空气污染源、火源位置快捷辨识仪. 国家知识产权局. 专利号：ZL 2009 2 0305800.9. 授权公告日：2010-07-07.
