A mathematical analysis for magnetohydrodynamics and slip effects is presented for blade
coating onto a moving sheet of viscous fluid. An applied magnetic field is imposed normal to …

In this paper, a nonisothermal analysis for the process of blade coating of an incompressible
couple stress fluid is presented using both plane and exponential coaters. The governing …

This paper numerically solves the third-order fluid flow during calendering with slip condition
at the rolls. The basic equations are transformed into dimensionless forms and simplified by …

This paper studies the roll-coating process of an incompressible viscoelastic fluid, where the
roll and the web have equal velocities. The lubrication approximation theory is used to …

In this article, a mathematical model of a blade coating analysis of the thin film of a
Williamson fluid is developed when it passes through the small gap between a blade and a …

Calendering is the process in which molten material is dragged through the nip region to
produce a film or sheet. By nip region, we mean the area between two corotating rolls. Here …

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 …

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 …

A theoretical model is presented to analyze the calendering process wherein, the material to
be calendered, is represented by the constitutive equation of a FENE-P fluid. The continuity …

This paper presents the exact solution for calendering a third-order fluid under lubrication
approximation. The solution obtained is valid for all values of the third-order fluid parameter …