张腾飞，教授、博导，国家优秀青年科学基金获得者，中国高被引学者，辽宁省杰出青年学者，中国工程院咨询专家，国家自然科学基金函评与会评专家，以及各类自然科学奖项与人才评审专家等。分别在东南大学、清华大学、美国普渡大学获得学士、硕士和博士学位。从事封闭空间环境与能源利用研究。先后主持国家重点研发计划课题2项（均是十三五和十四五首批项目课题），国家自然科学基金7项，省部级、市级、以及由美国波音公司、中国商飞、红沿河核电等著名企业资助的项目等10余项。发表英文专著1部、SCI检索论文100余篇，含Nature旗下期刊论文2篇，授权中国国家发明专利21项、美国专利3项、日本专利1项，参编行业标准1部，应邀在国内外会议作特邀报告50余次。获日内瓦发明专利银奖、中国仿真学会创新技术一等奖、大连青年科技奖，及其它3个国际奖项，研究成果获得CNN、中国环球电视网（CGTN）欧洲频道等著名媒体报道。担任美国暖通空调工程师协会（ASHRAE）的国际投票委员，行业顶刊Building and Environment的Editor，国际期刊Buildings编委，4本国际期刊的特邀客座编辑，国际室内空气品质协会（ISIAQ）官方旗舰会议——健康建筑2023年亚太国际会议主席，第12届全国室内环境与健康大会（IEHB 2025）主席，及其余2次国际会议副主席，20余次国际会议的学术委员。

• 按科学领域划分：1. 热流体力学（CFD与实验），2. 颗粒/微生物动力学，3. 能源工程学，4. 多学科交叉（热流体、电磁、生化等）
  
  按应用对象划分：1. 飞机驾驶舱与客舱环境控制，2. 建筑光伏光热一体化及其环境效应，3. 建筑设计与运行综合降碳，4. 建筑通风与环境调节，5. 传染病防控与室内健康

• 2007 瑞士Dimitris N. Chorafas 基金会颁发的优秀博士论文奖暨国际青年研究成就奖 (Chorafas奖是用来表彰欧洲、亚洲及美洲做出突出贡献的青年学者)
• 2010 《Building and Environment》(SCI, EI检索国际期刊) 2005-2008年度发表文章高引用率奖
• 2013 指导学生殷士获辽宁省优秀硕士论文
• 2013 辽宁省杰出青年学者
• 2014 大连理工大学星海学者（优秀青年层次）
• 2014年Elsevier“建设和建造领域”中国高被引学者
• 2015年Elsevier“建设和建造领域”中国高被引学者
• 2016 国家优秀青年科学基金
• 2016年Elsevier“建设和建造领域”中国高被引学者
• 2017 第七届大连青年科技奖
• 2017年Elsevier“建设和建造领域”中国高被引学者
• 2018 天津市中青年科技创新领军人才
• 2018年Elsevier“建设和建造领域”中国高被引学者
• 2020 变教为导、变学为悟”建环专业开放式自主研究型实验教学模式改革与实践，辽宁省教学成果三等奖
• 2020 基于系统工程的民机热设计仿真与验证技术，2020年度中国仿真学会科学技术奖，创新技术奖一等奖
• 2022 经济住房用智能通风器（Smart ventilators for affordable housing），2022年日内瓦专利展银奖
• 2024 测量飞机隔热层积聚水量的便携双针探测器（Measuring accumulated moisture mass in aircraft insulation layer by a portable detector with dual needles），2024年日内瓦专利展银奖

• 1. Huang G.*, Cheng J., Zhou Y., Feng J., Liu C., Jin G., Wu M., Yan Y., Zhang T., Li L. 2002. Optimum combined lenses for confocal biochip scanning system. Tsinghua Science and Technology. 7(4): 374-378.
• 2. Huang G.*, Zhang T., Cheng J., Zhou Y., et al. 2002. Gene disease diagnostic system. Tsinghua Science and Technology. 7(6):665-667.
• 3. Zhang T.*, Luo R., Ren T., Yang X. 2003. A one-dimensional model and simulation for pulverized coal combustion in a boiler furnace. Reneng Dongli Gongcheng/Journal of Engineering for Thermal Energy and Power. 18(5): 450-453. (in Chinese)
• 4. Zhang T.*, Luo R., Feng W., Ren T. A model and simulation for radiative heat transfer in a boiler furnace. 2003. Zhongguo Dianji Gongcheng Xuebao / Proceedings of the Chinese Society of Electrical Engineering. 23(10): 215-219. (in Chinese)
• 5. Zhang T.*, Luo R., Ren T. 2004. Simulation for heat transfer and combustion in a boiler furnace. Xitong Fangzhen Xuebao/Journal of System Simulation. 16(4): 613-617. (in Chinese)
• 6. Zhang T. and Chen Q.* 2007. Novel air distribution systems for commercial aircraft cabins. Building and Environment. 42(4): 1675-1684.
• 7． Zhang T. and Chen Q.* 2007. Identification of contaminant sources in enclosed environments by inverse CFD modeling. Indoor Air. 17(3): 167-177.
• 8． Zhang T., Chen Q.*, Lin C.H. 2007. Optimal sensor placement for airborne contaminant detection in an aircraft cabin. HVAC&R Research. 13(5): 683-696.
• 9. Zhang T. and Chen Q.* 2007. Identification of contaminant sources in enclosed spaces by a single sensor. Indoor Air, 17(6): 439-449.
• 10. Zhang T.* 2008. Comparison of floor air supply systems under cooling and heating modes. Journal of Building Energy and Environment, 27(4):1-4. (in Chinese)
• 11. Zhang T.* 2008. Identification of indoor airborne contaminant sources through inverse modeling. Journal of Building Energy and Environment, 27(6): 18-23. (in Chinese)
• 12. Zhang Z., Chen X., Mazumdar S., Zhang T., Chen Q.* 2009. Experimental and numerical investigation of airflow and contaminant transport in an airliner cabin mockup. Building and Environment, 44(1): 85-94.
• 13. Zhang T.*, Lee K., Chen Q. 2009. A simplified approach to describe complex diffusers in displacement ventilation for CFD simulations. Indoor Air, 19(3):255-267.
• 14. Liang Y., Zhang T., Wang S.*, Sun J. 2009. Heterogeneous model of porosity in gobs and its airflow field distribution. Journal of China Coal Society, 34(9):1203-1207. (in Chinese)
• 15. Lee K., Zhang T., Zheng Z., Chen Q. 2009. Comparison of airflow and contaminant distributions in rooms with traditional displacement ventilation and under-floor air distribution systems. ASRAE Transactions, 115(2):306-321.
• 16. Zhang T.*, Yin S., Wang S. 2010. An under-aisle air distribution system facilitating humidification of commercial aircraft cabins. Building and Environment, 45(4):907-915.
• 17. Wang S., Xu Z., Zhang T.*, Liang Y. 2010. Thermal comfort modeling in underground coal mine environments, Journal of China Coal Society, 35(1):97-100. (in Chinese)
• 18. Zhang T., Wang S.*, Sun G., Xu L., Takaoka D. 2010. Flow impact of an air conditioner to portable air cleaning. Building and Environment, 45(9):2047-2056.
• 19. Zhang T., Zhang J. Wang S.*, Takaoka D., Ju W. 2010. A reduced scale model for outdoor units of a VRV air-conditioner. Journal of Heating, Ventilating and Air-conditioning, 40(3):117-120. (in Chinese)
• 20. Zhang J., Wang S., Zhang T.*, Takaoka D., Ju W. 2010. Numerical simulation of heat transfer from outdoor units of a VRV air-conditioning system to the ambient. Journal of Heating, Ventilating and Air-conditioning, 40(11):104-107. (in Chinese)
• 21. Wang S.*, Zhang T., Zhang J. 2010. Air interaction around outdoor air-cooled condensers. Journal of Southeast University (English Edition), 26(2):222-226.
• 22. Sun Z., Wang S.*, Zhang T., Liang Y. 2010. Comparison of single and segmental models for the oxygen consumption rate in process of accelerated oxidation of coal. Journal of Shandong University of Science and Technology, 29(5):67-72. (in Chinese)
• 23. Zhang T.*, Yin S., Wang S. 2011. Quantify impacted scope of human expired air under different head postures and varying exhalation rates. Building and Environment. 46(10):1928-1936.
• 24. Zhang T.*, Li H., Wang S. 2011. The Lagrangian-reversibility inverse model used to identify particulate contaminant source locations in enclosed spaces. Journal of Civil, Architectural & Environmental Engineering, 33(Sup. 1):112-116. (in Chinese)
• 25. Wang J., Zhang T., Wang S.*, Liang Y. 2011. Numerical simulation of liquid-solid slurry flow in horizontal pipeline. CIESC Journal, 62(12):3399-3404. (in Chinese)
• 26. Wang S.*, Qiao X., Zhang T. 2011. Measurement of indoor temperature distribution and analysis of zonal balance temperature in supermarkets. Journal of Thermal Science and Technology, 10(4):324-328. (in Chinese)
• 27. Zhang T.*, Li P., Wang S. 2012. A personal air distribution system with air terminals embedded in chair armrests on commercial airplanes. Building and Environment. 47(1):89-99.
• 28. Jin X., Wang S., Zhang T.*, Li Z., Zu F. 2012. Intermediate pressure and its effect on performance of two-stage compression system with variable operating mode. CIESC Journal, 63(1):96-102. (in Chinese)
• 29. Wang S.*, Chi Z., Zhang T., Liang Y. 2012. A scaled test model for predicting the temperature field in a coal mine stope with a U-shaped ventilation system. Journal of China University of Mining & Technology, 41(1):31-36. (in Chinese)
• 30. Jin X., Wang S., Zhang T.*, Zu F. 2012. Intermediate pressure of two-stage compression system under different conditions based on compressor coupling model. International Journal of Refrigeration, 35(4):827-840.
• 31. Zhang T.*, Li H., Wang S. 2012. Inversely tracking indoor airborne particles to locate their release sources. Atmospheric Environment, 55:328-338.
• 32. Wang J., Zhang T., Wang S.*, Liang Y. 2012. Numerical simulation of ice slurry flow in a vertical pipe. Journal of Refrigeration, 33(2):42-46. (in Chinese)
• 33. Zhang T., Tian L., Lin C.H., Wang S.* 2012. Insulation of commercial aircraft with an air stream barrier along fuselage. Building and Environment, 57:97-109.
• 34. Wang S.*, Zu F., Jin X., Zhang T. 2012. Low temperature air-source heat pump test bed. HV&AC, 42(5): 113-117. (in Chinese)
• 35. Jin X., Wang S., Zhang T.*, Li Z., Zu F. 2012. Dynamic coupled model of compressors in two-stage compression system with variable capacity. Journal of Mechanical Engineering, 48(10): 145-152. (in Chinese)
• 36. Wang J., Wang S.*, Zhang T., Liang Y. 2012. Numerical simulation of ice slurry flow in a horizontal 90o elbow pipe. Journal of Chemical Engineering of Chinese Universities, 26(4):581-586. (in Chinese)
• 37. Wang J., Wang S.*, Zhang T., Liang Y. 2012. Simulation of pressure drop for ice slurry flow in horizontal pipes by CFD. Journal of Dalian University of Technology, 52(6):845-849. (in Chinese)
• 38. Liang Y., Wang S.*, Zhang T., Wang J. 2012. Numerical modeling of ice slurry flow pressure drop in horizontal pipes. Journal of Civil, Architectural and Environmental Engineering, 34(6):152-156. (in Chinese)
• 39. Wang J., Wang S.*, Zhang T., Liang Y. 2013. Numerical investigation of ice slurry isothermal flow in various pipes. International Journal of Refrigeration, 36(1):70-80.
• 40. Zhang T.*, Li P., Zhao Y., Wang S. 2013. Various air distribution modes on commercial airplanes, Part 1: experimental measurement. HVAC&R Research, 19(3):268-282.
• 41. Zhang T., Li P., Zhao Y., Wang S.* 2013. Various air distribution modes on commercial airplanes, Part 2: CFD modeling and validation. HVAC&R Research, 19(5):457-470.
• 42. Zhang T.*, Yin S., Wang S. 2013. An inverse method based on CFD to quantify the temporal release rate of a continuously released pollutant source. Atmospheric Environment, 77:62-77.
• 43. Zhang T., Zhou H., Wang S.* 2013. An adjustment to the standard temperature wall function for CFD modeling of indoor convective heat transfer. Building and Environment, 68:159-169.
• 44. Wang J., Zhang T., Wang S.* 2013. Heterogeneous ice slurry flow and concentration distribution in horizontal pipe. International Journal of Heat and Fluid Flow, 44:425-434.
• 45. Lei L., Wang S., Zhang T.* 2014. Inverse determination of wall boundary convective heat fluxes in indoor environments based on CFD. Energy and Buildings, 73:130-136.
• 46. Zhang T.*, Zhao Y., Wang S. 2014. Prediction of airflow rate through a ventilated wall module. Energy and Buildings, 82:651-659.
• 47. Zhang T., Shen R., Lin C.H., Yin J., Wang S.* 2015. Measuring moisture content in a porous insulation material using a hot wire. Building and Environment, 84:22-31.
• 48. Jiang S., Wang S., Jin X., Zhang T.* 2015. A general model for two-stage vapor compression heat pump systems, International Journal of Refrigeration, 51:88-102.
• 49. Zhang T.*, Zhou H., Wang S. 2015. Inverse identification of the release location, temporal rates and sensor alarming time of an airborne pollutant source. Indoor Air, 25:415-427.
• 50. Liu W., Zhang T., Xue Y., Zhai Z., Wang J., Wei Y., Chen Q.* 2015. State-of-the-art methods for inverse design of an enclosed environment. Building and Environment, 91:91-100.
• 51. Lei L., Wang S., Zhang T.* 2015. Optimal specification of target temperature points for inverse design of an indoor thermal environment. Building and Environment, 92:518-527.
• 52. Lei L., Wang S., Zhang T.* 2016. Inverse design of underfloor heating power rates and air-supply temperature for an aircraft cabin. Applied Thermal Engineering, 95:70-78.
• 53. Wei Y., Zhang T.*, 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.
• 54. Mei X., Zhang T.*, Wang S. 2016. Experimental investigation of jet-induced resuspension of indoor deposited particles. Aerosol Science & Technology, 50(3):230-241.
• 55. Chen L., Wang S., Li G., Lin C.H., Zhang T.* 2016. CFD modeling of moisture accumulation in the insulation layers of an aircraft. Applied Thermal Engineering, 102: 1141-1156.
• 56. Wang J., Wang S., Zhang T., Battaglia F.* 2017. Assessment of single-sided natural ventilation driven by buoyancy forces through variable window configurations. Energy ad Buildings, 139: 762-779.
• 57. Long Y., Wang S.*, Wang J., Zhang T. 2017. Numerical and analytical investigations of heat transfer for a finned tube heat exchanger with ice slurry as cooling medium. Science and Technology for the Built Environment, 23(3): 478-489.
• 58. Wang J., Wang S., Zhang T., Battaglia F.* 2017. Mathematical and experimental investigation on pressure drop of heterogeneous ice slurry flow in horizontal pipes. International Journal of Heat and Mass Transfer, 108: 2381-2392.
• 59. Li S., Wang S.*, Ma Z., Jiang S., Zhang T. 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.
• 60. Wang J., Zhang T., 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.
• 61. Wei Y., Zhou H., Zhang T.*, Wang S. 2017. Inverse identification of multiple temporal sources releasing the same tracer gaseous pollutant. Building and Environment, 118: 184-195.
• 62. Zhang T., 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.
• 63. Zhang T., 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.
• 64. Rakotomahefa T.M.J., Wang F., Zhang T.*, Wang S. 2018. Zonal network solution of temperature profiles in a ventilated wall module. Journal of Building Performance Simulation, 11(5):538-552.
• 65. Wang J.*, Zhang T., 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.
• 66. Zhang T., 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.
• 67. Li Xian, Zhang T.*, Wang S. 2018. Measuring detachment of Aspergillus niger spores from colonies with an atomic force microscope. Indoor Air, 28(5):744-753.
• 68. Zhang T., 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.
• 69. Wang J., Zhang T., 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.
• 70. Zhang T.*, 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.
• 71. Wei Y., Liu W., Xue Y., Zhai Z., Chen Q., Zhang T.*. 2019. Inverse design of aircraft cabin ventilation by integrating three methods. Building and Environment, 150: 33-43.
• 72. Wang J., Niu L., Zhang T.*, Wang S. 2019. Detachment of adhered particles from a cloth surface subjected to a rod strike. Aerosol Science & Technology, 53(4): 435-448.
• 73. Li Xian, Zhang T.*, Wangl J., Wang S. 2019. Aerosolization of Aspergillus niger spores from growing colonies on a bare tube. Atmospheric Environment, 218 (117008): 1-10.
• 74. Li Xian, Zhang T.*, 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.
• 75. Cao Q., Li F., Zhang T.*, Wang S. 2020. A ventilator that responds to outdoor conditions for ventilation and air filtration. Energy and Buildings, 229, 110498: 1-12.
• 76. Liu F., Zhang T.*, 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.
• 77. Liu S., Song R., Zhang T.* 2021. Residential building ventilation in situations with outdoor PM2.5 pollution. Building and Environment, 202(108040): 1-14.
• 78. Li X., Zhang T.*, 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.
• 79. Huo S., Zhang T.* 2021. Ventilation of ordinary face masks. Building and Environment, 205(108261):1-15.
• 80. Wan J., Wei J.*, Lin Y., Zhang T*. 2021. Numerical investigation of bioaerosol transport in a compact lavatory. Buildings, 11, 526: 1-19.
• 81. Tang K., Zhang T. *. 2022. Measuring moisture content in building insulation materials by a hot film. Science and Technology for the Built Environment, 28(3): 307-319.
• 82. Li P., Zhang T.*, Zhang Y. 2022. Measuring the flushing-generated flow and aerosols in lavatory of commercial aircraft. Building and Environment, 214 (108948):1-15.
• 83. Wang F., You R., Zhang T., Chen Q.* 2022. Recent progress on studies of airborne infectious disease transmission, air quality, and thermal comfort in the airliner cabin air environment. Indoor Air, 32(e13032):1-19.
• 84. Zhang T., Fan M., Liu S.* 2022. Impact of seat inclination and misalignment on airborne pollutant transmission in a single-aisle aircraft cabin. Applied Science, 12(4538):1-20.
• 85. Liu F., Zhang T.*, Yang L., Long Z. 2022. An improved wall-mounted displacement ventilation system in a large-span machining workshop. Building Simulation, 15, 1943-1953.
• 86. Zhang T., Zhao Y., Zhao Y., Wang S., Wang J*. 2022. A passive pivoted window for stabilizing the natural ventilation rate. Energy and Buildings, 267(112151):1-9.
• 87. Zhang T., Dong J., Liu S.* 2022. Modeling and measuring the leaked-air rate into the insulation layer of a single-aisle aircraft cabin. Buildings, 12(5), 652:1-18.
• 88. Zhang T., Zhang T., Liu S.* 2022. A modified surgical face mask to improve protection and wearing comfort. Buildings, 12(5), 663: 1-14.
• 89. Wang F., Chen F., Zhang T.* 2022. An aisle displacement ventilation system for twin-aisle commercial airliner cabin. Building and Environment, 223(109439):1-13.
• 90. Zhang T., Yao L., Gao Z., Wang F.* 2022. Particle exposure risk to a lavatory user after flushing a squat toilet. Scientific Reports, 12: 21088. https://doi.org/10.1038/s41598-022-25106-4
• 91. Lv M., Huang J., Chen H., Zhang T.* 2023. An excimer lamp to provide far-ultraviolet C irradiation for dining-table disinfection. Scientific Reports, 13: 381. https://doi.org/10.1038/s41598-023-27380-2
• 92. Li P., Liu W., Zhang T.* 2023. CFD modeling of dynamic airflow and particle transmission in an aircraft lavatory. Building Simulation, 16(8):1375-1390.
• 93. Liu F., Chen C., Zhang T.* 2023. Modeling and measurement of dynamic air exchange of a machining cabin with the surroundings after opening of the cabin door. Building and Environment, 239 (110408): 1-11.
• 94. Zhang T., Wei G., Liu S.* 2023. Numerical modeling of cross-transmission of airborne pollutants in a high-rise building induced by elevator car movement. Applied Sciences, 13 (13): 7400. DOI10.3390/app13137400
• 95. Gao Z., Li Y., Duanmu L., Zhang T.* 2024. Copper oxide particle emission and the spread in a public washroom from a high-speed jet air dryer. Journal of Hazardous Materials, 462(132808): 1-15.
• 96. Zhang T., Xu X., Lv M.* 2024. Measurement and prediction of the Aspergillus niger spore detachment from a vesicle unit subjected to air-blowing. Science of the Total Environment, 912(168714): 1-8.
• 97. Zhang T., Li P., Lin C., Wang F.* 2024. Modification of grilles to improve the lavatory environment on an aircraft. Building and Environment, 252(111246): 1-14.
• 98. Wu K., Zhang T., Wang F.* 2024. Impact of cubicle gaps below door and partition walls on odorous gas transport and respiratory infection in a public lavatory. Building and Environment, 254(111376): 1-20.
• 99. Zhang T., Wang S., Wang F.* 2024. Adopting a hot film to measure thickness of an ice layer under sweeping wind. International Communications in Heat and Mass Transfer, 154(107453): 1-10.
• 100. Xiao D., Zhang T., Wang F.* 2024. Inactivation of microorganisms on surfaces of a refrigerator compartment with low-pressure mercury lamps. International Journal of Refrigeration, 164: 132-142.
• 101. Zhang T., Li N., Xu X., Jiang N., Lv M.* 2024. Measurement and prediction of the Aspergillus niger spores in turbulent flows. Journal of Hazardous Materials, 475 (134910): 1-9.
• 102. Zhang T., Yuan H., Wang F.*, Long Z., Chen Q. 2024. Inverse identification of a pollutant source in an apartment with multiple rooms by joint multi-zone model and CFD. Sustainable Cities and Society, 113(105633): 1-12.
• 103. Gao Z., Li Y., Wang F., Duanmu L., Zhang T.* 2025. Emitted droplets and aerosols and their transmission when drying hands under an air-jet dryer. Journal of Hazardous Materials, 482(136508): 1-16.
• 104. Chen H., Zhang T., Wang F.* 2025. Appropriate positioning of a UVC lamp in an aircraft lavatory to inactivate microorganisms on frequently touched surfaces. Building and Environment, 273 (112727): 1-18.