Waves are pivotal factors in coastal areas, and effective simulation of wave-related
phenomena is crucial. This paper presents the extension of the non-hydrostatic model from …

Long-period ship-generated loads have become design-relevant in many shallow and
confined waterways. Numerical methods based on depth-averaged equations have …

Concepts and evolution of multi-scale modelling from the perspective of wave–structure
interaction have been discussed. In this regard, both domain and functional decomposition …

The mini-tsunami phenomenon denotes a newly observed upstream wave generated by a
ship traveling across a depth change at subcritical speed. In this study, a high-order spectral …

The paper presents coupling between a mesh-based finite-element model for Boussinesq
equations (FEBOUSS Agarwal et al., 2022) with a meshless local Petrov–Galerkin model for …

This study presents a systematic analysis of wave propagation dynamics at Taiping Bay Port
in Dalian, characterized by its deep navigation channel, narrow port entrance, and complex …

This chapter presents the mathematical and numerical approaches for wave interaction with
porous structure. The porous structure can either represent a breakwater or a vegetation …

Coastal wave modeling and forecasting are essential in oceanography, sustainable marine
energy, and ocean engineering. Precise forecasting of wave speed and direction are crucial …

Accurate coastal wave direction and speed forecasts are crucial in coastal and marine
engineering, marine energy, maritime transport, fisheries, naval navigation, environmental …

Thin and large floating structures are increasingly used for a variety of applications, such as
floating solar platforms, aquaculture, storage facilities, and even housing. For example, in …