In this study, we investigate the stability of a thin viscoelastic fluid draining down a uniformly
heated slippery inclined plane. A theoretical model is employed consisting of the Navier …

We investigate the behavior of a thin fluid with disrupted time-reversal symmetry on a
uniformly heated inclined surface under external shear stress using modified Navier–Stokes …

We study the behavior of a thin liquid film flowing over a compliant substrate that is thin
enough. The breakdown of time-reversal symmetry includes the odd component of the …

We investigate the stability of a gravity-driven, thin, Newtonian liquid flowing on a uniformly
heated slippery inclined plane. We construct a mathematical model of the flow that …

The study examines the impact of the odd component of the Cauchy stress tensor, linked to
the breakdown of time-reversal symmetry, on the linear instability analysis of a viscous fluid …

This paper investigates the dynamics and stability of a thin liquid film flowing down a vertical
rotating cylinder in the presence of an exothermic chemical reaction. The cylinder's surface …

This study examines the behavior of a thin liquid film flowing on an inclined plane subject to
imposed shear stress. The liquid's time-reversal symmetry is broken, and we consider the …

In this paper, an analysis of linear and weakly nonlinear stability for an odd-viscosity-
induced shear-imposed falling film over an inclined plane is performed. Using the …

We study the dynamics of an ultra-thin reactive liquid film flowing down a heated vertical
fiber under the influence of gravity. A key focus is on the impact of the van der Waals …

In industrial settings, chemical reactions often affect thin liquid films that flow down vertical
cylinders. However, the effect of non-isothermal reactions on the dynamics of these films is …