We study the stability of weakly viscoelastic film (Walter's B ″) flowing down under gravity
along a slippery inclined plane. The focus is to investigate the interaction of the bottom slip …

A falling film of a weakly viscoelastic liquid (Walters' liquid B′′) is studied in detail for low
to moderate values of the Reynolds number. A linear stability analysis within the framework …

We investigate a linear stability analysis for the Oldroyd-B liquid draining down a slippery
inclined plane where a constant shear stress is applied at the liquid surface in the …

The stability of a thin viscoelastic film of Oldroyd-B fluid falling down an incline is
investigated. In the weak viscoelasticity limit, a reduced model is derived using the weighted …

We propose a new reduced model for gravity-driven free-surface flows of shallow
viscoelastic fluids. It is obtained by an asymptotic expansion of the upper-convected Maxwell …

The linear hydrodynamic stability of a film of viscoelastic fluid flowing down an inclined wavy
surface is studied. We investigate the stability of the flow with respect to infinitesimal two-and …

We investigate the nonlinear stability of a thin viscoelastic film flowing under the effects of
gravity and Coriolis and centrifugal forces. We assume that the viscoelastic liquid satisfies …

Linear instability analysis of a thin layer of viscoelastic fluid flowing down a non-uniformly
heated inclined plane is considered. The study is based on the assumption of constant …

In this paper the nonlinear stability of viscoelastic thin films falling down a smoothly
deformed wall is investigated. The viscoelastic fluid satisfies the Oldroyd's nonlinear …

Background: Thin viscoelastic liquid films falling down walls have been investigated
theoretically since many years ago due to their applications in coating and cooling of …