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个人简介

闫渤文,博士,副教授,博士生导师。现任重庆大学风洞实验室主任,兼任中国建筑学会高层建筑人居环境学会理事。重庆市“百人计划”特聘专家,入选重庆市“博士后创新人才支持计划”和“重庆市留学人员回国创业创新支持计划。近年来主持国家自然科学基金青年基金1项和面上项目1项,重庆市科委面上项目1项和中国博士后面上项目1项,作为主要研究人员参与国家“十三五”重点研发计划,参与国家自然科学基金项目5项及香港竞争性研究项目2项。作为主要完成人参加多个重大工程横向科研项目。发表与结构风工程相关的学术论文50余篇,其中SCI/EI收录36篇;申请专利30余项(已授权16项);申请软件著作权4项。
主要研究方向为:结构风工程
个人学术兼职:中国建筑学会高层建筑人居环境学会理事、《Journal of Structural Engineering-ASCE》审稿人、《Journal of Aerospace Engineering-ASCE》审稿人、《International Journal of Structural Stability and Dynamics》审稿人、《Advances in Strucural Engineering》审稿人。


研究方向
结构风工程

主讲课程
本科生:《材料力学》、《荷载与结构设计方法》
研究生:《结构风工程》、《学术规范与研究生论文写作指导》、《Structural Wind Engineering》、《Introduction to Computational Wind Engineering》

学术兼职
中国建筑学会高层建筑人居环境学会理事
《Journal of Structural Engineering-ASCE》审稿人
《Journal of Aerospace Engineering-ASCE》审稿人
《International Journal of Structural Stability and Dynamics》审稿人
《Advances in Strucural Engineering》审稿人

主要成果
1. B.W. Yan(闫渤文) and Q.S. Li, Inflow Turbulence Generation Methods with Large Eddy Simulation for Wind Effects on Tall Buildings. Computers & Fluids, 116: 158-175, 2015.
2. B.W. Yan(闫渤文), Q.S. Li, Y.C. He and P.W. Chan, RANS simulation of neutral atmospheric boundary layer flows over complex terrain by proper imposition of boundary conditions and modification on the k-ε model. Environmental Fluid Mechanics, 1: 1-23, 2015.
3. B.W. Yan(闫渤文) and Q.S. Li, Large-Eddy Simulation of Wind Effects on a Super Tall Building in Urban Environment Conditions. Structure and Infrastructure Engineering, 12(6): 765-785,2016.
4. B.W. Yan(闫渤文) and Q.S. Li, Coupled on-site measurement CFD based approach for high-resolution wind resource assessment over complex terrains. Energy Conversion and Management, 117, 351-366, 2016.
5. B.W. Yan(闫渤文) and Q.S. Li, Detached-eddy and large-eddy simulations of wind effects on a high-rise structure. Computers and Fluids, 150: 74-83, 2017.
6. B.W. Yan(闫渤文) and Q.S. Li, Wind tunnel study of interference effects between twin super-tall buildings with aerodynamic modifications. Journal of wind engineering and industrial aerodynamics, 156: 129-145, 2016. (SCI, IF= 2.024)
7. L. Hu, B. Shen, K.J. Ma, C.G. Deng and B.W. Yan*(闫渤文). A mechanical model and experimental investigations for axially compressed sleeved column. Journal of Constructional Steel Research, 89: 107-120, 2013.
8. Y. Yang, Q.S. Li and B.W. Yan*(闫渤文). Specifications and Applications of the Technical Code for Monitoring of Building and Bridge Structures in China. Advances in Mechanical Engineering, 2017.
9. Y. Li, Z.T. Yan, Z.L. Li, B.W. Yan*(闫渤文)., Wind tunnel experiments of wind forces on lattice members of a transmission tower, Engineering Structures, 153:254-263, 2017.
10. Q.S. Li, G. Hu and B.W. Yan(闫渤文), Investigation of the effects of free-stream turbulence on wind-induced responses of tall building by Large Eddy Simulation. Wind and Structures, 18 (6): 599-618, 2014.
11. Q.S. Li, Y.H. He, H. Wang, K. Zhou and B.W. Yan(闫渤文), Monitoring and time-dependent analysis of vertical deformations of the tallest building in China. Structural control & health monitoring, 2016.
12. Y.Z. Liu, C.M. Ma, Q.S. Li, B.W. Yan(闫渤文), H.L., Liao, A new modeling approach for transversely oscillating square-section cylinders. Computers and structures. 81: 492-513, 2018.
13. Q.S. Li, X.J. Wang, B.W. Yan(闫渤文), J.C. Li., Full-scale Measurements of Wind Effects on a Low-rise Building with Roof Overhang during Typhoons. Journal of wind engineering and industrial aerodynamics, 176: 143-157, 2018.
14. Man Liu, Sheng Hong Huang, Bo Wen Yan(闫渤文), Qiu Sheng Li, Modelling of turbulent dispersion for numerical simulation of wind-driven rain on bridges. Journal of Environmental Fluid Mechanics, 2019.
15. K. Li, S. Li*, Y. Ge, B.W. Yan(闫渤文), An investigation into the bimodal flutter details based on flutter derivatives’ contribution along the bridge deck’s surface. Journal of wind engineering and industrial aerodynamics, 192: 1-16, 2019.
16. L. Ding, L. Yang, Z.M. Yang, L. Zhang, C.M. Wu, B.W. Yan(闫渤文), Performance improvement of aeroelastic energy harvesters with two symmetrical fin-shaped rods. Journal of Wind Engineering and Industrial Aerodynamics, 196, 2020.
17. Q.S. Liang, J.Y. Fu, Z. Li, B.W. Yan(闫渤文), Z.R. Shu, Y.C. He, Bimodal distribution of wind pressure on windward facades of high-rise buildings induced by interference effects. Journal of Wind Engineering and Industrial Aerodynamics, 200, 2020.
18. B.W. Yan(闫渤文), P.W. Chan, Q.S. Li, Y.C. He, Z.R. Shu, Characterising the fractal dimension of wind speed time series under different terrain conditions. Journal of Wind Engineering and Industrial Aerodynamics, 201, 2020.
19. Bowen Yan(闫渤文), Ke Li, Shaopeng Li, Guowei Qian, Yi Hui,Short-term response of a bridge-winglet sectional model under active flutter control. International Journal of Structural Stability and Dynamics. 2020.
20. B.W. Yan*(闫渤文), F.B. Chen, Failure analysis of a transmission tower-line system under synoptic and typhoon wind fields. Journal of Aerospace Engineering-ASCE, 2020.
21. Qingshan Yang, Tong Zhou, Bowen Yan(闫渤文), Pham Van Phuc, Weicheng Hu, LES study of turbulent flow fields over hilly terrains — Comparisons of inflow turbulence generation methods and SGS models. Journal of Wind Engineering and Industrial Aerodynamics, 2020.
22. Z.Q. Liu, J.X. Cao, B.W. Yan(闫渤文), Y.Z. Wang, H. Wang. Study of wind-direction effects on flow fields over tow-dimensional hills using large eddy simulations. Journal of Wind Engineering and Industrial Aerodynamics, 2020.
23. X.J. Wang, Q.S. Li*, B.W. Yan(闫渤文), Full-scale measurements of wind pressures on a low-rise building during typhoons and comparison with wind tunnel test results and aerodynamic database, Journal of Structural Engineering-ASCE, 2020.
24. Bowen Yan(闫渤文), P.W. Chan, Q.S. Li, Y.C. He, Z.R. Shu*, Dynamic analysis of meteorological time series in Hong Kong: a nonlinear perspective. Chaos, 2020. (under revision)
25. Z.R. Shu, P.W. Chan, Q.S. Li, Y.C. He, B.W. Yan(闫渤文), Implementation of nonlinear dynamic analysis to daily rainfall data in Hong Kong. Journal of Climatology, 2020. (under revision)
26. Bowen Yan(闫渤文), P.W. Chan, Q.S. Li, Y.C. He, Z.R. Shu*, Fractal dimensional analysis of climate time series in Hong Kong. Climate Research. 2020. (under review)
27. Bowen Yan(闫渤文), P.W. Chan, Q.S. Li, Y.C. He, Z.R. Shu*, Characterising Wind Shear Coefficient in the Offshore Area based on Lidar Measurements. Energy Conversion and Management. 2020. (under review)
28. Bowen Yan(闫渤文), Zhiyuan Fang, Zhisong Wang*, Experiments and numerical simulations of wind loads on a tall building under downburst wind: effects of rough terrains. Journal of Wind Engineering and Industrial Aerodynamics, 2020. (Under Review)
29. L. Ding, B.W. Yan(闫渤文), Influence of Installation Position of Fin-shaped Rods on Vibration Response and Power Harnessing of Aeroelastic Energy Harvester. Renewable energy, 2020. (Under review)
33. 游溢,晏致涛,陈俊帆,李文胜,何成,闫渤文, 圆管截面格构式塔架节段的数值模拟. 湖南大学学报(自然科学版),2019.
34. 胡伟成,杨庆山,闫渤文,张建,基于谱元法的复杂地形风场大涡模拟.工程力学,2019.
35. 闫渤文,李大隆,鄢乔,汪之松,周绪红,城市中心高层双塔建筑风效应及风振响应数值模拟研究, 振动与冲击,2020,EI.
36. 闫渤文,赵乐,刘堃,李正良,周绪红,大型多肢屋盖风荷载非高斯特性风洞试验研究, 湖南大学学报(自然科学版),2020.
37. 周桐,闫渤文,杨庆山,Pham Van Phuc,王京学,大气边界层大涡模拟入口湍流生成方法研究, 工程力学, 2020, EI
38. 周桐,杨庆山,闫渤文,Pham Van Phuc,王京学,大气边界层大涡模拟入口湍流生成方法综述, 工程力学, 2020, EI
39. 闫渤文, 张浩, 王宇航. 具有双重抗摇摆机制的浮式风机基础水动力特性研究.建筑钢结构进展. 2020
40. 张浩, 王宇航, 闫渤文. 风浪联合作用下的钢格构式基础海上浮式风机耦合动力响应分析.建筑钢结构进展.2020.
41. 闫渤文,魏民,鄢乔,程勇,舒臻孺,李秋胜,周绪红,高层建筑形状及布局对城市街区行人风环境影响研究. 湖南大学学报, 2020.
会议文章
1. B.W. Yan and Q.S. Li. Inflow turbulence generation for LES of wind flow around bluff body. 7th International Colloquium on Bluff Body Aerodynamics and Applications (BBAA7), Shanghai, 2012.
2. B.W. Yan, Q.S. Li, Y.C. He and P.W. Chan, Numerical simulation of topographic effects on wind flow fields over complex terrain. 8th Asia-Pacific conference on Wind Engineering (APCWE8), India, 2013.
3. B.W. Yan and Q.S. Li, Large Eddy and Detached Eddy Simulations of wind effects on an Elliptical Cylinder. 6th International Symposium on Computational Wind Engineering (CWE6), Germany, 2014.
4. B.W. Yan and Q.S. Li, LES of fluctuating wind loads on a super-tall building. 14th International Conference on Wind Engineering – ICWE14, Brazil, 2015.
5. 闫渤文,李秋胜,具有复杂外形的超高层建筑风致干扰效应试验研究。第十七届全国结构风工程会议,武汉,2015
6. 闫渤文,李秋胜,高密度城市中心超高层建筑风效应大涡模拟研究。第十七届全国结构风工程会议,武汉,2015
7. B.W. Yan, K.K. Liu, Q. Yan, and Q.S. Li, LES of wind effects on super-tall buildings with cross-validation by wind tunnel and field measurement. 9th Asia-Pacific conference on Wind Engineering (APCWE9), New Zealand, 2017.
8. Q. Yan, D.L. Li, and B.W. Yan. Coupled CFD/FEM of wind effects on tall buildings in urban areas. International conference of industrial aerodynamics, Qingdao, China, 2017.
9. Q. Yan and B.W. Yan Study on Influence of Building Shape and Building Layout on Pedestrian Wind Environment around Group of High-Rise Buildings. The 7th International Conference on Computational Wind Engineering (CWE7), Seoul, Korea, 2018.
10. B.W. Yan and Q. Yan, Wind tunnel experiments and numerical simulations of pedestrian-level wind environment around groups of tall buildings: effects of building shape, layout and local wind climate. International Workshop on Wind Effects on Buildings and Urban Environment, Tokyo, Japan, 2019.
11. B.W. Yan, C.Y. Ma, K.K. Liu, Q.S. Yang and X.H. Zhou, Experimental and numerical simulation of topographic effects over idealized three-dimensional hills induced by downburst wind flows, Engineering Mechanics Institute Conference (EMI),  California, U.S., 2019.
12. B.W. Yan, D.L. Li and X.H. Zhou, Aerodynamic effects and aeroelastic instability of a tall building using Fluid-structure interaction simulation methods, The 15th International Conference on Wind Engineering (ICWE15), Beijing, China, 2019.
软件著作权
《边界层风场生成软件》          闫渤文、李秋胜        2014SRO88934
发明专利
1.《用于风洞模型的三轴旋转试验装置》  闫渤文;秦凤江;晏致涛;刘坤  ZL 2019 2 0717170.6
2.《背景风与移动下击暴流耦合的物理模拟方法》  杨庆山;曹曙阳;李珂;闫渤文;马晨燕 ZL 2019 1 0450215.6
3.《考虑背景风的波浪和移动式龙卷风耦合的物理模拟方法》  闫渤文;杨庆山;曹曙阳;李珂;赵乐 ZL 2019 1 0435838.6
4.《考虑背景风的波浪和移动式下击暴流耦合的物理模拟方法》  杨庆山;曹曙阳;李珂;闫渤文;赵乐 ZL 2019 1 0436514.4
实用新型
1.《海上风电塔筒组合结构》  闫渤文、鄢乔、张志刚   ZL 2018 2 0033544.1
2.《模拟移动式下击暴流的物理装置》 杨庆山;蒋宏声;曹曙阳;李珂;闫渤文   ZL 2019 20752870.2
3.《模拟移动式龙卷风和下击暴流的一体化风洞》   曹曙阳;赵乐;杨庆山;闫渤文;李珂 ZL 2019 2 0752867.0
4.《模拟背景风作用下波浪和移动下击暴流耦合的风洞》   杨庆山;赵乐;曹曙阳;闫渤文;李珂 ZL 2019 2 0757675.9
5.《波浪与移动式下击暴流耦合的物理模拟装置》   闫渤文;李大隆;李珂;李少鹏;杨庆山;曹曙阳 ZL 2019 2 0757830.7
6.《一种模拟多灾害耦合的多功能风洞》    杨庆山;曹曙阳;李珂;闫渤文;李大隆  ZL 2019 2 0753416.9
7.《龙卷风模拟器水平移动装置》   李珂;蒋宏声;杨庆山;曹曙阳;闫渤文 ZL 2019 2 0757674.4
8.《模拟背景风和波浪联合作用的移动龙卷风风洞》   杨庆山;李大隆;曹曙阳;闫渤文;李珂 ZL 2019 2 0753419.2
9.《龙卷风、下击暴流二合一模拟装置》    李珂;王先猛;杨庆山;曹曙阳;闫渤文  ZL 2019 2 0752849.2
10.《可模拟移动下击暴流突风效应的风洞》  闫渤文;王振国;杨庆山;曹曙阳;李珂 ZL 2019 2 0753407.X
11.《一种模拟龙卷风和下击暴流的一体化风洞》  曹曙阳;王振国;杨庆山;闫渤文;李珂;魏民  ZL 2019 2 0757673.X
12.《波浪与移动式龙卷风耦合的物理模拟装置》  李珂;闫渤文;李少鹏;杨庆山;曹曙阳 ZL 2019 2 0753353.7

获奖情况
2020年 重庆市科学技术进步一等奖
2013年 香港城市大学奖学金
2010年 香港政府UGC奖学金
2008年 国家奖学金

研究生培养
已培养硕士4名,目前在读博士研究生1名,研究生11名

联系方式
Email:bowenyancq@cqu.edu.cn
Tel: +86 15683789537