Probabilistic modelling and statistical analysis of environmental conditions is important for
the design and assessment of ships and other marine structures. It will give a necessary …

Historical tropical cyclones (TCs) are usually insufficient in determining extreme hazards
due to limited data. This study developed a full-track stochastic model to generate synthetic …

Sea-crossing bridges with long spans are sensitive to wind and wave environments. The
estimation of the dynamic response under simultaneous wind and wave loadings is hence …

Accurate evaluation of wind field characteristics in complex mountainous areas has
essential reference significance for the wind-resistant design of bridges. This paper …

The temporal and spatial distribution of wind fields in the deep-cut gorge bridge site is
complex, and the impact of different incoming flows on the structure is also essentially …

The submerged floating tunnel (SFT) has broad application prospects in straits and bays
with deep water levels. However, few studies have focused on the impact of non-uniform …

Floating structures in service encounter extreme natural hazards, such as correlated
extreme wind-wave loads. This study aims to provide realistic multivariate models of …

ABSTRACT A realistic multivariate model for extreme values of ocean parameters such as
wind speed, wave height, and wave period is needed to obtain accurate statistical …

This article presents a joint statistical model, which is needed in probabilistic design and
structural risk assessment, that has been fitted to data of wind and wave conditions for an …

The winds of a typhoon are a significant meteorological hazard with substantial implications
for maritime transportation and are of paramount importance. Studying wind field …