… of the linear Rayleigh–Taylor instability at a spherical interface … space is spanned by the
spherical harmonic degree n and … local radial acceleration at the interface and the density and …

… for a viscous fluid/vacuum interface. Following a different but … at a spherical interface alone,
we performed a detailed study of the growth rates as a function of the degree of the spherical …

… at spherical interfaces, provided the interface is stationary. Since the motion of the interface
… /solid interfaces. By using the impulsively accelerated model, this method allows us to study …

… the Rayleigh-Taylor instability of a thin viscous film coating the inside of a spherical substrate.
… Since the focus of this work is the destabilization of the interface under the action of the …

… We consider three spherical fluid layers separated by an inner interface of radius R 1 and
an outer interface of radius R 2 (R 2 = R 1 + ΔR), where Δ R is the thickness of the middle layer…

… an arbitrary number of spherical concentric shells undergoing … interfaces. We derive the
evolution equation for the perturbation g; at interface i; it is coupled to the two adjacent interfaces …

… At planar interfaces subject to a constant acceleration, these bubbles of low-density fluid …
on a spherical interface undergoing either implosion or explosion, the effects of spherical …

… In the present study here, the focus is on the effects of viscosity on the instability of a spherical
interface while accounting for the full compressibility effects of both the base flow and the …

… In summary, recent results on the effect of spherical convergence on the nonlinear phase
of Rayleigh-Taylor growth have been generalized in three important respects. Each of these …

… of the Rayleigh-Taylor instability can be retrieved … interface is inversely proportional to
the surface tension, and the stronger surface tension limits the development of the Rayleigh-Taylor …