Machine learning in coastal bridge hydrodynamics: a state-of-the-art review
Coastal bridges are vulnerable to complicated hydrodynamics induced by hostile natural
hazards, relevant research is thus required to ensure the safe operation of these critical …
hazards, relevant research is thus required to ensure the safe operation of these critical …
Influences of the pile-restrained floating breakwater on extreme wave forces of coastal bridge with box-girder superstructure under the action of two-dimensional …
B Huang, J Hou, Z Yang, J Zhou, Q Ren, B Zhu - Applied Ocean Research, 2023 - Elsevier
In the complex marine environment, coastal bridges are vulnerable to damage under
extreme wave action, and researchers have focused on taking effective measures to reduce …
extreme wave action, and researchers have focused on taking effective measures to reduce …
An adaptive Kriging method based on K-means clustering and sampling in n-ball for structural reliability analysis
Purpose Assessing the failure probability of engineering structures is still a challenging task
in the presence of various uncertainties due to the involvement of expensive-to-evaluate …
in the presence of various uncertainties due to the involvement of expensive-to-evaluate …
Towards an optimized design for an elevated cyclonic home using numerical simulations and active learning framework
This research presents a general optimization workflow and a geometrical parametric study
using computational fluid dynamics (CFD) analyses in conjunction with a Kriging-based …
using computational fluid dynamics (CFD) analyses in conjunction with a Kriging-based …
On the development of a generalized atmospheric boundary layer velocity profile for offshore engineering applications considering wind–wave interaction
Within industrial standards, effects due to wind–wave interaction on the marine atmospheric
boundary layer (ABL) may be included via the Charnock sea-surface roughness parameter …
boundary layer (ABL) may be included via the Charnock sea-surface roughness parameter …
A novel ensemble model using artificial neural network for predicting wave-induced forces on coastal bridge decks
Due to the effects of climate change, coastal engineering structures are more vulnerable to
the wave forces caused by natural hazards, especially for low-lying bridges. To facilitate the …
the wave forces caused by natural hazards, especially for low-lying bridges. To facilitate the …
Experimental and numerical investigation of combined countermeasure for mitigating tsunami forces on typical coastal T-girder bridge deck
Tsunamis can cause destructive damage to coastal bridges resulting in huge economic
losses and human casualties. Different types of countermeasures can reduce the horizontal …
losses and human casualties. Different types of countermeasures can reduce the horizontal …
Numerical simulation and fragility analysis of coastal bridges with tension-compression bearings under extreme waves
The bearing connection between the bridge girder and substructure plays a crucial role in
resisting wave forces. Previous works pointed out that the box-girder bridge with laminated …
resisting wave forces. Previous works pointed out that the box-girder bridge with laminated …
Predicting wave forces on coastal bridges using genetic algorithm enhanced ensemble learning framework
As an essential part of the nearshore transportation system, the safety of coastal bridges is
often threatened by the hostile natural environment. To facilitate the associated risk …
often threatened by the hostile natural environment. To facilitate the associated risk …
Effects of local scour and caisson geometry on the drag force of bridge foundations under steady flow
F Qiu, K Wei, Q Xiang, Z Jiang - Applied Ocean Research, 2023 - Elsevier
The local scour has not been well implemented in the calculation of drag force due to the
difficulty in scour assessment of large bridge foundations. A numerical flume, including an …
difficulty in scour assessment of large bridge foundations. A numerical flume, including an …