Paper Publications
- [1] Hu Bo，Wang Hai-Bo，Performance evaluation and FRP strengthening of concrete-filled steel tubular columns subjected to vehicle impact:Advances in Structural Engineering,2024,27(8):1377-1396.
- [2] Hu Bo，Wang Hai-Bo，Vehicular impact performance evaluation method for CFST columns based on residual deformation:International Journal of Steel Structures,2024,24(3):529-549.
- [3] Hu Bo，Liu Yu-Yang,Li Yong,Wang Hai-Bo，Residual deformation-based performance evaluation method for CFST piers subjected to vehicle collision:Journal of Performance of Constructed Facilities, ASCE,2023,37(2):04023007.
- [4] Hu Bo，Liu Yu-Yang，Vehicular collision performance evaluation of concrete-filled steel tubular piers designed according to current codes in the US, Europe, and China:Journal of Bridge Engineering, ASCE,2022,27(6):04022038.
- [5] Hu Bo，Meng Teng-Fei,Li Yuan,Li Dao-Zhong,Chen Long，Dynamic splitting tensile bond behavior of new-to-old concrete interfaces:Construction and Building Materials,2021,281):122570.
- [6] Hu Bo，Li Yuan,Jiang Yu-Tian,Tang Huai-Zhong，Bond behavior of hybrid FRP-to-steel joints:Composite Structures,2020,237):111936.
- [7] Hu Bo，Li Yuan,Liu Yan，Dynamic slant shear bond behavior between new and old concrete:Construction and Building Materials,2020,238):117779.
- [8] Hu Bo，Jiang Yu-Tian，Comparative study of ultimate bond strength models for FRP-to-steel bonded joints:International Journal of Steel Structures,2019,19(6):2051-2072.
- [9] Hu Bo，Huang Jun-Qi，Lou Guo-Biao，Degradation of out-of-plane initial stiffness of steel-concrete walls exposed to fire:International Journal of Steel Structures,2018,18(1):51-67.
- [10] Hu Bo，Improved design limit for antiram bollard systems subjected to truck impact:Journal of Transportation Engineering, Part A: Systems, ASCE,2017,143(11):04017058.
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Doctoral Degree in Engineering
Hu Bo
MOBILE Version