This study proposes a probabilistic performance evaluation framework for sea-crossing
cable-stayed bridges (SCBs) subjected to wind and wave excitations with the incorporation …

The structural design and reliability assessment of offshore wind turbine systems for
maximally exploring the renewable energy resources significantly rely on the actual marine …

This study presents a novel and efficient framework that leverages machine learning to
predict wave forces acting on truncated cylinders with arbitrary cross-section, with a …

An innovative single-instant approach for spatial significant wave height forecast based on a
Generative Adversarial Networks (GANs) model is presented. The model's most distinctive …

This study utilized wind tunnel experiments and large eddy simulations to profoundly
investigate the aerodynamic characteristics and flow patterns surrounding flat girders with …

The dynamic behaviors of a sea-crossing bridge during a tropical cyclone event which
passed through the bridge site in September 2015 are simulated using in-situ observation …

High-rising bridge pylons or piers in coastal site are flexible enough to induce obvious
interaction effect against ocean waves which could alter the dynamic properties and affect …

Seismic fragility analysis is a common tool to reveal damage progression and assess
structural safety. However, the existing fragility analysis methodologies for sea-crossing …

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 …

This study presents an effective strategy to optimize the hydrodynamic shape for sea-
crossing bridge piers towards minimal wave force. The bridge pier is parameterized using a …