The study of the linear stage of the incompressible Rayleigh-Taylor instability in elastic-
plastic solids is performed by considering thick plates under a constant acceleration that is …

Geodynamic concepts of deformation and metamorphism of continental lithosphere are
dominated by the effects of subduction, accretion or collision along the margins of …

A new model of instability development in the lithosphere is presented whereby Rayleigh–
Taylor instabilities are initiated as a result of heterogeneities in plastic strength within the …

Intense heavy ion beams offer a unique tool for generating samples of high energy density
matter with extreme conditions of density and pressure that are believed to exist in the …

A soft viscoelastic layer is susceptible to interfacial instability due to self-weight when
oriented in a heavy over light configuration. This is the solid Rayleigh–Taylor instability. We …

The linear theory of the incompressible Rayleigh-Taylor instability in elastic-plastic solid
slabs is developed on the basis of the simplest constitutive model consisting in a linear …

We show that the Rayleigh-Taylor instability in elastoplastic solids takes the form of local
perturbations penetrating the material independently of the interface size, in contrast with the …

A design of a novel experiment that allows the generation of a well defined, steady, and
strong plane shock wave employing an intense uranium ion beam that is incident on a …

A physical model has been developed for the linear Rayleigh-Taylor instability of a finite-
thickness elastic slab laying on top of a semi-infinite ideal fluid. The model includes the …

A linear analysis of the magneto-Rayleigh-Taylor instability at the interface between a
Newtonian fluid and an elastic-plastic solid is performed by considering a uniform magnetic …