… to the geometric properties of the interface is the Gibbs–Thomson equation (Volmer 1939).
The goal of this work is to extend the understanding of the Rayleigh–Taylor instability to …

… In the current work, we aim to model the development of the Rayleigh-Taylor instability of
a miscible interface using the full non-linear set of the equations that define the thermo- and …

… We consider an incompressible solid plate of densityρ2 with EP constitutive properties, of …
and uniform pressure p0 on the interface (y = 0) that has given it an accelerationa = −gey …

… To study the viscous version of the Rayleigh-Taylor instability, we assume a zero velocity
baseflow and two fluids separated by a common interface. We analyze the evolution of the …

… properties separated by an initially planar interface subjected … today for a review on the
Rayleigh-Taylor problem, the reader is … RT problem for fluid/fluid interfaces, the number of papers …

… The dynamics of that interface is governed by the Birkhoff–Rott integral of the amplitude …
that the initial interface does not self-intersect. We quantify that property by imposing that the arc-…

… to account for both mechanical properties of materials are … growth rates at the static interfaces,
it then becomes possible … the interface and the mechanical properties of the materials. …

… Rayleigh-Taylor instability (RTI) at the cylindrical interface is … to be three-dimensional for
interfaces of small radii R. With an … The influence of the interface radius R on the properties of …

… of the interface on the stability quality of a cylindrical implosion during the stagnation phase,
under conditions in which the imploding payload retains its EP mechanical properties, as is …

… We consider the behaviour of an interface between two … two-dimensional motion of this
interface is formulated which includes … fluid properties below and above the interface respectively. …