The present review deals with the effects of topography and inertia on gravity-driven film
flows. The article is organized like a rope ladder, with the rungs of topography and inertia …

The present work analyzed the flow and heat transfer of the nanoliquid film flow over a
moving inclined substrate. The motion of nanoparticles is induced by the action of both the …

Blood plasma has been considered a Newtonian fluid for decades. Recent experiments
(Brust et al., Phys. Rev. Lett., 2013, 110) revealed that blood plasma has a pronounced …

Three non-Newtonian constitutive models are employed to investigate how fluid rheological
properties influence the development of laterally asymmetric flows past confined cylinders …

We present a comprehensive investigation combining numerical simulations with
experimental validation, focusing on the creeping flow behavior of a shear-banding …

In this paper, we propose a new, fully consistent and highly stable finite element formulation
for the simulation of viscoelastic flows. In our method, we have implemented equal order …

The recently proposed finite element (FE) formulation for viscoelastic flows that allows the
use of equal order linear interpolants for all variables and simultaneously does not suffer …

The present investigation studies the flow and heat transfer of an engine oil-based at an
angle of inclination of 45° to the horizontal. The single-phase model has been used, which …

We experimentally studied gravity-driven film flow in an inclined corrugated channel.
Beyond a critical Reynolds number, three-dimensional patterns appear. We identified two …

Wormlike micellar solutions possess complex rheology: when exposed to a flow field, the
wormlike micelles may orientate, stretch, and break into smaller micelles. Entangled …