Strong nonlinear internal waves generate a significant pressure force on the seafloor and
induce a pore-pressure response penetrated in the seabed and are thus an important driver …

In this paper, the improved moving particle semi-implicit (IMPS) method is further developed
into a multiphase method by introducing various multiphase models. Then, the developed …

Abstract In this study, Computational Fluid Dynamics software (ANSYS Fluent) is used to
investigate the turbulence and flow characteristics around spur dike in an open channel …

The strongly nonlinear Miyata–Choi–Camassa model under the rigid lid approximation
(MCC-RL model) can describe accurately the dynamics of large-amplitude internal waves in …

Breaking surface waves play a key role in the exchange of momentum, heat, and gases
between the atmosphere and the ocean. Waves break at the ocean's surface at high or …

In this paper, a new multiphase SPH model with lower diffusion is developed for simulation
of multiphase flows with large density ratios, complex interfaces, and strong impact. The …

In this paper, the effects of background linear and nonlinear shear-currents on internal
solitary waves in a two-layer fluid system are studied. In the linear shear-current case, the …

We investigated theoretically and experimentally internal solitary waves (ISWs) in a two-
layer fluid system with a top free surface. Laboratory experiments are performed by lock …

The forces and moments on a bottom-mounted cylinder by internal solitary wave are
investigated with numerical simulation. The solution of Dubreil–Jacotin–Long equation is …

The inversion of remote sensing signatures of internal solitary waves (ISWs) can retrieve
dynamic characteristics in the ocean interior. However, the presence of ubiquitous large …