Research
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2023-08-04
[21] General project of the National Natural Science Foundation of China (52078503): Mechanism and method of non-Gaussian wind pressure in super high-rise buildings, improvement measures, aerodynamic interference and aeroelasticity research, 2021-2023, le
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2023-08-04
[22] National Natural Science Foundation of China Youth Project (51208524): Unsteady nonlinear aerodynamic model of super high-rise buildings and wind-induced nonlinear vibration and bifurcation research, 2013-2015, leader: Dongmei Huang.
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2023-08-04
[23] National Natural Science Foundation of China Youth Project (51508574): Wind-induced Response and Reliability of Bridge Towers with Cable Systems in Strong Wind Areas, 2016-2018, leader: Lingyao Li.
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2023-08-04
[24] Hunan Provincial Natural Science Foundation General Project (2021JJ30826): Research on vortex induced force model of separated double box girder, 2021-2023, leader: Lingyao Li.
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2023-08-04
[25] National Overseas High-Level Talent Youth Project: Wind-induced Vibration Control of Long-span High-speed Railway Bridges and Wind-Induced Driving Safety Research, 2021-2025, leader: Xiaojun Wei.
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2023-08-04
[26] General project of the National Natural Science Foundation of China (52178181): Research on the suppression mechanism and robust adaptive control theory of pedestrian-induced vibration of flexible footbridges based on nonlinear energy wells, 2022-202
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2023-08-04
[27] National Natural Science Foundation of China Youth Project (51908559): Theoretical and experimental research on flutter active control of long-span suspension bridges based on compliance method, 2020-2023, leader: Xiaojun Wei.
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2023-08-04
[28] General project of the National Natural Science Foundation of China, Research on Optimal Design of Fully Enclosed Sound Barrier Pressure Relief Holes on High-Speed Railway Bridges Based on Dual Objectives of Noise and Driving Safety, 2024-2027, leade
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2023-08-04
[29] National Natural Science Foundation of China Youth Project (51908554): Acoustic characteristics and optimal design research of Helmholtz resonators and their periodic arrays for noise control of building ventilation ducts, 2020-2022, leader: Chenzhi
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2023-08-04
[30] Hong Kong GRF project, Theoretical, numerical and experimental investigations into the acoustic performance of a periodic Helmholtz resonators array in a grazing flow duct, 2022-2024, sole co-leader: Chenzhi Cai.
