… The Richtmyer–Meshkov instability (RMI) arises at an impulsively accelerated interface … to
approximate the viscosity from a transient 1-D analytic approximation. The viscosity is found to …

… In this section, the non-equilibrium characteristics of Richtmyer-Meshkov instability system
are further analyzed. Time evolution is performed through the third-order Runge-Kutta scheme…

… not believe that viscosity is a large effect here. Finally, three-dimensional effects which have
… has recently presented three-dimensional simulations of RichtmyerMeshkov instability. His …

… of the viscosity model attempts to account for the effects of the … The viscosity model also
serves to damp the growth of small-… The effects of the viscosity model, including the development …

… In those cases, both the geometrical effects and viscosity will affect the interface dynamics,
especially the low mode perturbations possess unique characteristics at liquid/vacuum and …

… Notice the absence of artificial viscosity terms; the reason for not needing such terms, and
indeed the adverse effects of artificial viscosity, are discussed in § 8.1. The scheme is formally …

… We do not employartificial viscosities or gradient augmenters for contact discontinuities. …
assumed that the viscosity, μ, is variable. The last twolines show that viscous effects may be …

… interaction is the Richtmyer-Meshkov instability supported by … the effect of reactivity on the
Richtmyer-Meshkov instability … Viscosity in the outer region is expected to have a stabilizing …

… viscosity (μ t ) is assumed that acts to diffuse the mixing interface, mimicking the effect of … L
and TF models considered here, the turbulent viscosity is a function of the modeled turbulence …

… In order to capture the effects of small scales on the problem, griddependent artificial viscosities
and diffusivity are used. The governing equations are solved using a fourth-order Runge…