This article describes the development of a mathematical model of forward roll coating of a
thin film of a non-Newtonian material when it passes through a small gap between the two …

This study is a non-isothermal analysis of the calendering process using a water based
nanofluid with Cu-nanoparticles. The basic flow equations are simplified under the …

An isothermal and incompressible flow of a magnetohydrodynamici (MHD) viscoplastic fluid
has been examined while passing through the area among two co-rotating rolls. Applying …

We present a theoretical analysis of calendering of Ellis fluid based on lubrication
approximation. The equations governing the flow are nondimensionalized and solved to get …

The blade coating process of a micropolar fluid using the plane and exponential coater has
been studied. Equations are simplified utilizing lubrication approximation theory. The …

In this study, the lubrication approximation theory is used to provide numerical results in roll
coating over a moving flat porous web. The rate of injection at the roll surface is assumed …

In this paper, the study of a non-Newtonian material when it is dragged through the narrow
region between two co-rotating rolls is carried out. The conservation of mass and momentum …

A theoretical analysis based on the lubrication theory is presented to study the calendering
mechanism. The material to be calendered is described by the constitutive relationship of a …

We have modeled an incompressible, non-isothermal flow of a magnetohydrodynamic
(MHD) viscoplastic fluid when it passes through the tapered area between two co-rotating …

This article presents the blade coating analysis of viscous nanofluid passing over a porous
substrate using a flexible blade coater. Water-based copper nanoparticles are considered to …