The laboratory experiments described in the present paper observe the blast-wave-driven
Rayleigh–Taylor instability with three-dimensional (3D) initial conditions. About 5 kJ of …

Aims. We study the hydrodynamic evolution of a non-spherical core-collapse supernova in
two spatial dimensions. We begin our study from the moment of shock revival–taking into …

The nonlinear evolution of an interface subject to a parallel shear flow is studied by the
vortex sheet model. We perform long-time computations for the vortex sheet in density …

In this paper, we consider the Kelvin-Helmholtz instability in the magnetohydrodynamic flow.
The motion of the interface is described by a current-vortex sheet. We examine the linear …

We study the hydrodynamic evolution of a non-spherical core-collapse supernova in
multidimensions. We begin our study from the moment of shock revival and continue for the …

使用界面跟踪法FTM (Front Tracking Method) 对二维不混溶, 不可压缩流体的KH (Kelvin-
Helmholtz) 不稳定性进行数值模拟. 研究表明, 速度梯度层越厚, 界面在水平分量中移动越快 …

We investigate late-time dynamics of the Rayleigh–Taylor instability, from long-time
computations using an adaptive vortex method. The vortex method successfully simulates …

The behavior of air bubble clusters rising in water and the induced flow field are numerically
studied using a three-dimensional two-way coupling algorithm based on a vortex-in-cell …

The motion of buoyant vortices is studied using reduced-order models. For a vortex filament,
ie a curve in three-dimensional space along which vorticity is concentrated as a delta …

The present work uses a reduced-order model to study the motion of a buoyant vortex ring
with non-negligible core size. Buoyancy is considered in both non-Boussinesq and …