This paper presents an experimental investigation of the evolution of the wetted surface and
of the hydrodynamic force during the water exit of a body initially floating at the water …

In this paper, the hydrodynamic characteristics of the cylinder water-exit are studied by high-
speed camera experiments. The characteristics of cylindrical motion trajectory, velocity and …

Water exit is an extremely important phenomenon because it contributes to the development
of physics and biology and its application in engineering. In particular, it is necessary to …

Here we report the results of an experimental study where we measure the hydrodynamic
force acting on a plate which is lifted from a water surface, suddenly starting to move …

When a solid sphere exits water at a given velocity, the liquid column is pulled out of a liquid
reservoir. The present study focuses on the dynamic deformation of the liquid column and on …

The present study aims to assess the possibility of describing suction using coupled
Eulerian–Lagrangian approach. The water entry and subsequent exit of conical and …

An experiment was conducted in which a solid sphere with a density of 1,875 kg/m 3 and
diameter of 24.8 mm was launched vertically upwards in water towards the air–water …

Experiments are presented on the deformation of free surface induced by water exit of
axisymmetric bodies, particular at the moment before body detaching from water. A set of …

A problem of a plane-parallel flow induced by vertical lifting of a symmetric convex body
partly immersed in water filling a rectangular prismatic channel with a horizontal bottom is …

We report on recent experiments of water exit and combined water entry and exit. The water
exit phenomenon refers to the lifting of a body initially floating at the water surface (pure exit) …