Research
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2023-08-04
[11] National Key R&D Program Subproject (2022YFC30053001), Simulation Analysis System for Precise Identification of Vortex Vibration Risk Factors of Long-span Bridges in Service, 2023-2025, leader: Yunfeng Zou.
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2023-08-04
[12] Natural Science Foundation of Hunan Province Outstanding Youth Project (2022JJ10082): Wind-resistant theory and experimental technology of high-speed railway bridges, 2022-2024, leader: Yunfeng Zou.
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2023-08-04
[13] General Project of the National Natural Science Foundation of China (52078504): Small-scale Thermal Driving Mechanism of Local Wind Field at Alpine and High Altitude Deep Canyon Bridge Site and Its Impact on Driving Safety on the Bridge, 2021-2024, l
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2023-08-04
[14] National Natural Science Foundation of China Youth Project (51508580): Aerodynamic characteristics of high-speed train-bridge system under gust of wind and driving safety based on multi-body dynamics, 2016-2018, leader: Yunfeng Zou.
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2023-08-04
[15] Natural Science Foundation of Hunan Province Outstanding Youth Project (2023JJ10071): Research on the wind resistance performance of pull cables in extreme wind environments, 2023-2025, leader: Haiquan Jing.
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2023-08-04
[16] General project of the National Natural Science Foundation of China (52078502): Research on the response characteristics and mechanism of galloping in the wake of 3D wakes of flexible cables in series of long-span bridges, 2021-2024, leader: Haiquan
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2023-08-04
[17] National Natural Science Foundation of China Youth Project (51708559): Research on Mechanism of Cable Wind-Wind Vibration Based on Computer Vision Measurement and PIV Technology, 2018-2020, leader: Haiquan Jing.
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2023-08-04
[18] Natural Science Foundation of Hunan Province Excellent Youth Project (2023JJ20073): Bridge Wind Engineering, 2023-2025, leader: Yan Lei.
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2023-08-04
[19] General project of National Natural Science Foundation of China (52178516): Buffeting force characteristics of high-speed train-bridge system under strong ocean wind field and its impact on driving safety on the bridge, 2022-2025, leader: Lei Yan.
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2023-08-04
[20] National Natural Science Foundation of China Youth Project (51808563): Research on aerodynamic admittance identification method of box girder section considering three-dimensional and vibration effects, 2019-2021, leader: Lei Yan.
