We present a high-order nodal spectral element method for the two-dimensional simulation
of nonlinear water waves. The model is based on the mixed Eulerian–Lagrangian (MEL) …

We consider the entrainment volume that results from the quasi-two-dimensional
interactions of rising surface-parallel vorticity with an air–water interface. Based on …

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 …

We present a new stabilised and efficient high-order nodal spectral element method based
on the Mixed Eulerian Lagrangian (MEL) method for general-purpose simulation of fully …

The propagation on submerged structures of solitary wave, as a typical nonlinear wave, has
guiding significance for the design and operation of coastal engineering. This paper …

An accurate numerical model, coupled with the modified volume-of-fluid method and the
hybrid Cartesian immersed boundary method, has been developed to investigate the …

The numerical scheme for simulation of viscous nonlinear interactions between a solitary
wave and a nonregular bottom is developed. It combines the boundary integral method for …

As high performance computing (HPC) systems become more accessible, numerical
simulations of various physical systems has become a popular research tool. These …

The interaction between a solitary wave and a submerged semi-circular cylinder is
investigated using a new potential-theory based, fully nonlinear two-dimensional numerical …

A weakly viscous 2D numerical simulation is carried out to investigate the momentum,
momentum flux parameter, energy, circulation and angular momentum of a low amplitude …