We review the progress made in extended irreversible thermodynamics during the ten years
that have elapsed since the publication of our first review on the same subject (Rep. Prog …

Rayleigh–Bénard convection in a floating zone held by the surface tension between two
supporting disks at different temperatures is considered. Through direct numerical solution …

In this analysis, the collective effects of rotation, viscous dissipation and vertical throughflow
on the onset of convective movement in Jeffrey fluid saturated permeable layer is studied …

Within the vast array of applications encompassed by viscoelastic fluids, some lack of
knowledge seems to affect the non-linear behavior of Marangoni convection when its typical …

The linear stability analysis of Oldroyd-B fluid for thermocapillary liquid layers is carried out.
Results are presented for linear flow and return flow with Prandtl numbers of 0.02 and 100 …

This paper describes the linear stability analysis of Rayleigh–Marangoni–Bénard convection
with a deformable surface in a fluid overlying a highly porous layer. Using the Chebyshev …

The linear stability analysis of a viscoelastic (Oldroyd-B) liquid layer subjected to an oblique
temperature gradient (OTG) is investigated numerically. For the case of low liquid elasticity …

Viscoelastic polymer films are present in numerous industrial applications such as in paint
coatings, lubricants, and optoelectronics which involve a large variation in temperatures …

Attention is paid to a specific form of thermal convection which encompasses viscoelastic
and thermovibrational effects in a single problem or framework. The main objective is …

Oscillatory onset of convection is studied numerically for Rivlin–Ericksen, Maxwell and
Jeffreys liquids by considering free–free and rigid–free isothermal/adiabatic boundaries. The …