To minimize scale effects, many experiments involving wave-structure-interaction are carried
out at large scale. To complement such experiments, numerical models capable of …

This paper presents new results regarding numerical simulations of breaking wave impacts
on a surface-piercing cylinder. The computational fluid dynamics solver, code_saturne …

Direct numerical simulations are performed to study single gas/vapor bubble and spherical
bubble clusters containing 13–352 vapor bubbles in compressible flow fields. The numerical …

The potential flow theory is used to develop a new analytical method to solve the diffraction
problem of short-crested incident waves with uniform current acting on a concentric multiple …

A numerical simulation based on the CFD method is used to study the interaction between a
horizontal cylinder and wave flow. Firstly, a two-dimensional numerical calculation model of …

Pile groups are extensively utilized as supports for many coastal structures, such as bridges,
jetties, and oil production platforms. The problem of understanding the interaction effects …

This paper presents the characteristics of the heave motion responses and hydrodynamic
forces of a horizontal floating circular cylinder during a wave–current interaction. A two …

The evolution of narrow-banded wave packets across an abrupt depth transition is
examined using both laboratory experiments and a fully nonlinear potential-flow model …

A new type of vertical truncated dumbbell-shaped cylinder is commonly adopted as the cap
or cofferdam in sea-crossing bridges and may be subject to large typhoon waves. Focused …

Steep wave breaking on vertical cylinder (a typical foundation supporting offshore wind
turbines) will induce slam loads. Many questions on the important violent wave loading and …