戴雨蔚 教授

发布者:英国威廉希尔公司发布时间:2021-03-02浏览次数:11922

戴雨蔚,博士,教授,研究生导师。入选上海市“晨光计划”人才项目,入选上海市“科技创新行动计划”扬帆计划人才项目,入选上海理工大学“思学学者”。国际期刊《Physics of Fluids》(中科院二区,IF 4.1)副主编。

主要研究领域:低空经济与城市气流;城市动态微环境—风环境与热环境;AI快速计算流体模拟;城市气溶胶污染扩散与寻源;建筑通风

E-mail:ywdai@usst.edu.cn

所在单位:上海理工大学

所在院系所:英国威廉希尔公司建筑环境与能源工程系

通讯地址:上海市杨浦区军工路516号邮政编码:200093

教育背景:

2011年8月~2015年6月苏州大学建筑环境与能源应用工程本科

2015年7月~2020年3月香港理工大学屋宇设备工程系博士

工作经历:

2020年5月2025年12月上海理工大学英国威廉希尔公司讲师

2026年1月至今上海理工大学英国威廉希尔公司教授

主要研究方向:

Ø    城市低空风环境

Ø    城市动态微环境—风热环境与气溶胶扩散

Ø    多尺度动态气流结构与能量传递

Ø    非稳态CFD模拟

主持及参与科研项目:

1.      国家自然科学基金面上项目,高密度城市风场热-流耦合湍流演化机理与低空飞行风险评估,2026.1-2029.12,主持

2.      国家自然科学基金青年基金,动态热-流耦合作用对城市湍流演化及气溶胶室内外传质特性的影响机制研究,2023.1-2025.12,主持。

3.      上海市教育委员会晨光计划,城市区域建筑中气溶胶对流传质的热-流耦合机制研究,2023.1-2024.12,结题,主持。

4.      上海市青年科技英才扬帆计划,城市风热环境中气溶胶跨户传播机理研究,2021.5-2024.4,结题,主持。

5.      国家自然科学基金面上项目,室内气流滞止的湍流运输机制及脉动通风调控研究,参与。

6.      香港理工大学博士研究项目,城市建筑楼群中多层建筑的通风与污染物传播研究,主持。

7.      香港General Research Fund, Development of Design Methodologies for the Improvement of Wind and Thermal Comfort in the Urban Environment,2015年7月—2018年7月,参与。

代表论文:

1.      Dai, Y.W., Zhu, F.Y., Tu, W.L. Zhu, H.T., Dan, Q., Wang, H.D. and Zhai, Z.Q. *, 2025. Urban air mobility in the built environment: A review of aerodynamic interactions, thermal effects, and simulation challenges. Sustainable City and Society, p.106853.

2.      Dai, Y.W., Tu, W.L., Zhang, X.Y., Li, J.Z., Yue, X.P. and Wang, H.D., 2025. Dynamic wind patterns and indoor/outdoor pollutant dispersion in the simplified building array: statistical and spectral analyses from scaled outdoor experiments. Building and Environment, p.112861

3.      Dai, Y.W., Luo, S., Zhu, H.T., Li, Z.C., Feng, L.Y, and Wang, Z.*, 2024. Periodic approaching flows and pollutant dispersion of a single-sided generic building with natural ventilation. Physics of Fluids, 36(5).

4.      Dai, Y.W., Zhang, F.Y., and Wang, H.D.*, 2023. Identification of source location in a single-sided building with natural ventilation: Case of interunit pollutant dispersion.Journal of Building Engineering, 68, 106049.

5.      Zhu, H.T., Dai, Y.W.*(通讯), Su, C.X., Sun, C.J., Zou, Z.J. and Wang, H.D., 2025. Rotating mesh framework and dynamic wind direction variability effects on building ventilation with large eddy simulation. Physics of Fluids, 37(4).

6.      Hu, J.Y., Wang, H.D., Dai, Y.W.*(通讯), Zhou, P.Z. and Li, J.Z., 2025. Performance of the fractional step method with various temporal discretization and adaptive time step size schemes for pulsating ventilation. Physics of Fluids, 37(1).

7.      Yu, Z., Wang, H., Wang, Y., Sun, Y., Zou, Z., Wu, W. and Dai, Y.W.*(通讯), 2026, March. Vortex-driven pulsating flow control and pollutant transport enhancement in enclosed environment via fluidic oscillators. In Building Simulation (pp. 1-18). Beijing: Tsinghua University Press.

8.      Dai, Y.W., Mak, C.M.*, Hang, J., Zhang, F. and Ling, H., 2022. Scaled outdoor experimental analysis of ventilation and interunit dispersion with wind and buoyancy effects in street canyons. Energy and Buildings, 255, p.111688.

9.      Dai, Y.W., Mak, C.M.*, Zhang, Y., Cui, D.J. and Hang, J., 2020. Investigation of interunit dispersion in 2D street canyons: A scaled outdoor experiment. Building and Environment, 171, p.106673.

10.  Dai, Y.W., Mak, C.M.* and Ai, Z.T., 2019. Flow and dispersion in coupled outdoor and indoor environments: Issue of Reynolds number independence. Building and Environment, 150, pp.119-134.

11.  Dai, Y.W., Mak, C.M.*, Ai, Z.T. and Hang, J., 2018. Evaluation of computational and physical parameters influencing CFD simulations of pollutant dispersion in building arrays. Building and Environment, 137, pp.90-107.

12.  Dai, Y.W., Hou, M.Z., Wang, H.D.*, and Tu, W.L., 2023. Source location identification in an ideal urban street canyon with time-varying wind conditions under a coupled indoor and outdoor environment. Buildings, 13(12), 3121.

13.  Dai, Y.W., Mak, C.M. and Ai, Z.T., 2019. Computational fluid dynamics simulation of wind-driven inter-unit dispersion around multi-storey buildings: Upstream building effect. Indoor and Built Environment, 28(2), pp.217-234.

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