We show that a subtle coupling between the thermal and solutal gradients driven by the
thermodiffusion, cross-diffusion, and buoyancy force can lead to oscillatory dynamic …

Liquid mixtures are fundamental model systems for the investigation of non-equilibrium
processes because they exhibit stable or unstable configurations due to their density …

The present work demonstrates the accessibility of the Fick diffusion coefficient D 11 and/or
the thermal diffusivity a of the binary mixtures dicyclohexylmethane/diphenylmethane, n …

In a ternary mixture with the Soret effect, the interplay between cross-diffusion,
thermodiffusion, and convection can lead to rich and complex dynamics including spatial …

We present a numerical formulation for the solution of nonisothermal, compressible Navier-
Stokes equations with thermal fluctuations to describe mesoscale transport phenomena in …

When a temperature difference, or gradient, is applied over a bulk fluid mixture at
equilibrium, the phenomenon known as thermodiffusion, or the Ludwig–Soret effect, may …

Local thermal non-equilibrium theory in a porous medium is a progressively important area
of modern research. This area is where the fluid in the pores may have a different …

This book presents an account of thermal convection in a layer of fluid heated from below
when Fourier's law is not assumed. Instead, we focus on an evolutionary equation for the …