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 …

Resilience of a beach is often defined by return period (RP) of a designed storm. During
extreme events some correlation exists between storm parameters, such as wave height (H …

The planning, designing, and risk assessment of coastal structures heavily rely on realistic
statistical analyses of coastal winds and waves (CWW). In this study, we propose a novel …

Abstracts Design of coastal structures without considering dependence of environmental
variables can lead to over-or under estimation of their cross-sectional dimensions, imposing …

台风登陆时常伴随强风, 巨浪和风暴潮, 如何获取台风下的风, 浪, 潮数据并确定给定重现期下的
环境参数成为制约跨海桥梁设计的关键科学问题. 以跨海桥梁众多的舟山海域为例, 采用SWAN+ …

Characterizing multivariate ocean parameters is quite important for offshore engineering
reliability design and risk assessment. To fully understand ocean conditions, a robust and …

Ocean waves are crucial for the engineering community, both in the open ocean and in the
coastal zone. By studying a 40-year (1979-2018) global hindcast, a systematic and long …

The design of long-span bridges envisages simultaneous actions of wind and temperature
factors. However, incorporation of their extreme values into the design specifications results …

The objective of this study is to investigate the effect of statistical models for constructing the
bivariate distribution of metocean data on design loads and reliability assessment of …

Reclamation of tidal flats is one of the engineering measures of expanding land area and
developing the economy in coastal areas; however, this process disturbs the natural …