A numerical method for simulating the complete physics of the fully nonlinear viscous wave
generation phenomenon is presented. To accomplish this objective, the motion of a solid …

A two-dimensional numerical model is developed to predict local scour around submarine
pipelines induced by the orbital fluid motion under surface water waves. Instead of being …

Numerical simulations are performed to investigate the flow evolution of a depression ISW
propagating over a submerged ridge. A finite volume based Cartesian grid method is …

This study investigates the two-dimensional flow of a solitary wave that passes over a
submerged rectangular obstacle using a Lagrangian-type numerical method. The main …

Experimental study was conducted on the vortex shedding process induced by the
interaction between a solitary wave and a submerged vertical plate. Particle image …

We report about a numerical approach based on the direct numerical simulation of the
Navier–Stokes equations for the study of wave-bottom interaction problems. A Volume of …

Vortex generation and evolution induced by time-periodic surface waves travelling over a
submerged rectangular obstacle is studied numerically. A two-dimensional Lagrangian-type …

This article aims to develop a Cartesian-grid-based numerical model to study the interaction
between free-surface flow and stationary or oscillating immersed obstacle in a viscous fluid …

Solitary waves are often used to replicate tsunami waves and, therefore, the study of their
propagation and interactions with structures could help to understand the impacts of tsunami …

A simple relationship has been developed between the wall coordinate y+ and
Kolmogorov's length scale using direct numerical simulation (DNS) data for a steady …