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 …

Roll coating is important for coating industries, including wallpaper, magnetic records,
photographic and plastic films, wrapping, adhesive tapes, magazines, books, etc. This …

The theoretical model of micropolar-Casson fluid is studied in roll-coating over a moving
substrate based on the lubrication theory. Closed-form solutions for the velocity, pressure …

The blade coating is an essential industrial technique that involves applying a protective
liquid layer to a moving surface with a smoothing blade. In this article we demonstrated the …

A mathematical model of blade coating is developed to study the rheological and
viscoelastic effects of a Simplified Phan‐Thien‐Tanner fluid passing through the narrow gap …

The present study predicts the effects of inclined magnetic field and thermal boundary
conditions on the natural convection flow inside a porous conduit filled with micropolar fluid …

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 theoretical analysis reports on the non-isothermal calendering process of micropolar-
Casson fluid and studies the viscoplastic and microrotation effects by utilizing the lubrication …

Recently, significant interest has been developed by researchers toward the peristaltic
transport of fluid, as this phenomenon involves a variety of applications in the biomechanics …

Blade coating is a technique where blade operates as a typical smoothening tool to coat a
fluid layer on the moving substrate. This study presents the heat transfer impact on the blade …