The buffeting responses of sea-crossing bridges pose significant challenges due to the
diverse terrain in the bridge region and intricate coupling effects between the environmental …

The sea-crossing railway bridge is exposed to a high risk of wind and wave, which threatens
the safety of the bridge and railway. A wind–wave–vehicle–bridge dynamic analysis model …

The influences of waves and wind–wave correlations on the stochastic buffeting response of
a coastal cable-stayed bridge were studied using the pseudo-excitation method. The mean …

Compliant offshore platforms are sensitive to aerodynamic loads. Triceratops is one of the
new generation compliant platforms consisting of a deck, which is connected to buoyant legs …

Designing offshore wave energy converter (WEC) devices requires a thorough
understanding of many aspects of science and engineering, namely, wave hydrodynamics …

Offshore Semi-Submersible Platform Engineering presents a primer on the analysis and
design of semi-submersible platforms, in particular, while also covering general analysis …

Uncertainties from random multiple factors bring great challenges for assessing response of
long-span bridges. This study proposes a dynamic analysis framework by integrating the …

In response to the global shift toward renewable energy, wind energy is a pivotal player in
sustainability. Floating offshore wind turbines (FOWTs) emerge as a promising solution for …

This study presents an experimental investigation of the aerodynamic force coefficients for a
bridge deck sitting above water waves based on wind tunnel and wave flume tests. A deck …

Offshore triceratops is new-generation offshore platform, whose novel geometric form is
advantageous and safe in ultra-deep waters. Deck is partially isolated from the buoyant legs …