An absorbing boundary condition for free surface water waves

In this paper, the use of an absorbing boundary condition (ABC) is investigated for the numerical simulation of free surface water waves. An enhanced type of an ABC based on the first- and second-order Higdon boundary conditions is presented. The numerical implementation of the ABC using a staggered grid arrangement is explained in detail....

Efficient and accurate PLIC-VOF techniques for numerical simulations of free surface water waves

In this paper the attention is focused on the effect of various VOF methods on efficient and accurate simulation of free surface water waves. For this purpose, we will compare several VOF methods in numerical simulations of propagating waves where strong nonlinear behavior is dominant in the flow. Comparisons and discussions will be provided to...

The effect of different volume-of-fluid (VOF) methods on energy dissipation in simulations of propagating waves

Application of an absorbing boundary condition in a wave-structure interaction problem

An absorbing boundary condition for regular and irregular wave simulations

In this paper the use of an absorbing boundary condition (ABC) is investigated for the numerical simulation of regular and irregular waves in three dimensional computational domains where Navier-Stokes equations describe the motion of the fluid. The numerical implementation of the ABC using a staggered grid arrangement is explained in detail....

Extreme wave impact on offshore platforms and coastal constructions