This paper presents a comparative numerical study for the water impact problems due to
dropping of triangular wedges or ship sections. In the numerical investigation, both the …

This paper presents a systematic numerical investigation of the water-entry problems
associated with dropping triangular wedges or ship sections that uses an incompressible …

This paper presents a numerical investigation on the significance of the role of the
compressibility of the fluids associated with water entry problems using a multi-phase solver …

Slamming loads during the hydrodynamic impact of a threedimensional body are studied
numerically. First, the finite element method is used to solved the fluid part. For the water …

This paper presents a numerical method for studying water impact of a two-dimensional
body of arbitrary cross-section. The global simulation procedure based on the boundary …

Impact problems associated with water entry have important applications in various aspects
of naval architecture and ocean engineering. One of the most noticeable examples is bottom …

Oblique water entry of different marine structures involve several two-phase fluid dynamics
phenomena including splash, asymmetrical cavity formation and cavity collapse that have …

A comparative study of a water-entry problem was conducted as a focused session of ISOPE-
2016, Rhodes by the International Hydrodynamic Committee (IHC) of ISOPE. Thirteen …

Slamming forces on 2D and 3D bodies have been computed based on a CIP method. The
highly nonlinear water entry problems governed by the Navier–Stokes equations were …

An efficient numerical method for solving two-dimensional water-entry problems is
presented. An initial boundary value problem for the water impact is formulated in a 2-D …