Zhaolong Yu
Zhaolong Yu
PhD, Department of Marine Technology, NTNU
Verified email at ntnu.no - Homepage
Title
Cited by
Cited by
Year
Full six degrees of freedom coupled dynamic simulation of ship collision and grounding accidents
Z Yu, J Amdahl
Marine Structures 47, 1-22, 2016
382016
MARSTRUCT benchmark study on nonlinear FE simulation of an experiment of an indenter impact with a ship side-shell structure
JW Ringsberg, J Amdahl, BQ Chen, SR Cho, S Ehlers, Z Hu, JM Kubiczek, ...
Marine Structures 59, 142-157, 2018
352018
A new approach for coupling external dynamics and internal mechanics in ship collisions
Z Yu, J Amdahl, M Storheim
Marine Structures 45, 110-132, 2016
342016
Investigation on structural performance predictions of double-bottom tankers during shoal grounding accidents
Z Yu, Z Hu, J Amdahl, Y Liu
Marine Structures 33, 188-213, 2013
312013
Plastic mechanism analysis of structural performances for stiffeners on bottom longitudinal web girders during a shoal grounding accident
Z Yu, Z Hu, G Wang
Marine Structures 40, 134-158, 2015
282015
A review of structural responses and design of offshore tubular structures subjected to ship impacts
Z Yu, J Amdahl
Ocean Engineering 154, 177-203, 2018
232018
Analysis and design of offshore tubular members against ship impacts
Z Yu, J Amdahl
Marine Structures 58, 109-135, 2018
232018
Numerical investigations of the dynamic response of a floating bridge under environmental loadings
Y Sha, J Amdahl, A Aalberg, Z Yu
Ships and Offshore Structures 13 (sup1), 113-126, 2018
192018
Implementation of linear potential-flow theory in the 6DOF coupled simulation of ship collision and grounding accidents
Z Yu, Y Shen, J Amdahl, M Greco
Journal of Ship Research 60 (03), 119-114, 2016
182016
Large inelastic deformation resistance of stiffened panels subjected to lateral loading
Z Yu, J Amdahl, Y Sha
Marine Structures 59, 342-367, 2018
162018
Hydro-plastic response of beams and stiffened panels subjected to extreme water slamming at small impact angles, Part II: numerical verification and analysis
Z Yu, J Amdahl, M Greco, H Xu
Marine Structures 65, 114-133, 2019
102019
船舶搁浅于台型礁石场景下双层底外底板骨材变形机理研究
于兆龙, 胡志强, 王革
工程力学, 28-36, 2014
102014
Numerical analysis of local and global responses of an offshore fish farm subjected to ship impacts
Z Yu, J Amdahl, D Kristiansen, PT Bore
Ocean Engineering 194, 106653, 2019
92019
Discussion of assumptions behind the external dynamic models in ship collisions and groundings
Z Yu, Z Liu, J Amdahl
Ships and Offshore Structures 14 (sup1), 45-62, 2019
92019
Dynamic behaviour of aluminium alloy plates with surface cracks subjected to repeated impacts
F Duan, J Liu, G Wang, Z Yu
Ships and Offshore Structures 14 (5), 478-491, 2019
92019
Plastic mechanism analysis of structural performances for stiffeners on bottom floor plating during shoal grounding accident
Z Yu, Z Hu, G Wang
Tree Biotechnology, 219, 2014
92014
Plastic mechanism analysis of structural performances for stiffeners on outer bottom plate during shoal grounding accident
Z Yu, Z Hu, G Wang, Z Jiang
Collision and grounding of ships and offshore structures, 151-159, 2013
92013
Hydro-plastic response of beams and stiffened panels subjected to extreme water slamming at small impact angles, Part I: An analytical solution
Z Yu, J Amdahl, M Greco, H Xu
Marine Structures 65, 53-74, 2019
82019
Assessment of structural damage due to glacial ice impact
W Lu, Z Yu, M Van Den Berg, R Lubbad, J Amdahl, S Løset, E Kim
PTIL-Konstruksjonssikkerhet i Nordområdene, Petroleumstilsynet, Stavanger, 2018
82018
An analytical method to assess the damage and predict the residual strength of a ship in a shoal grounding accident scenario
S Bin, H Zhiqiang, W Jin, Y Zhaolong
Journal of Ocean Engineering and Science 1 (2), 167-179, 2016
72016
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