This paper presents a literature review of analytical, numerical, and experimental methods
for evaluating the structural response of Offshore Wind Turbines (OWT's) during ship …

The present study examined how patterns of risk for depression over 1 year in 188 dementia
caregivers (consistently asymptomatic, n= 88; consistently symptomatic, n= 40; changing …

In this study, thirty specimens were tested using a drop hammer impact test machine,
comprising six reinforced concrete columns and twenty-four specimens of the composite …

This paper investigated the dynamic responses and the incurred structural damage of a 5
MW spar-type floating offshore wind turbine (FOWT) and a ship when they collide. Ansys/LS …

To obtain the optimal size and shape of X-type energy dissipation device, 20 specimens
were tested using a drop hammer impact test machine, then the finite element model was …

The paper outlines a rational design procedure for bridge piers and pylons against ship
collision impacts. Firstly, a set of risk acceptance criteria are proposed. This is followed by a …

This study investigates the lateral impact responses of reinforced concrete (RC) and
composite columns through dynamic nonlinear analysis using LS-DYNA. The simulation …

Understanding the intricacies of marine collisions holds the key to implementing cutting
edge collision avoidance strategies for offshore structures. Central to this exploration are …

Ship collision is rare, yet it leads to serious consequences once it occurs, in particular for
long-span bridges. This study investigates dynamic responses of a long-span, rail-cum-road …

Bridges connecting islands close to the coast and crossing the sea have been attracting the
attention of several researchers working in the field of train–bridge interactions. A runability …