The non-isothermal couple stress fluid inside a reverse roll coating geometry is considered.
The slip condition is considered at the surfaces of the rolls. To develop the flow equations …

This communication analyzes the dual convection regime of Newtonian fluid flow in a Y
shaped porous enclosure with heat and mass distribution, using a mathematical model of …

This article deals with the blade coating process for Johnson-Segalman (JS) fluid using
plane coater. Flow equations are simplified with the Lubrication approximation theory (LAT) …

The coating process is widely used in various industries to enhance the production quality
and efficiency. This study gives a comprehensive analysis of non‐isothermal blade coating …

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 …

The coating process is significant in terms of its practical applications in the field of paint and
electronics industries. The coating process offers a protective layer in paints; however, it …

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 underlying investigation reports the effects of the magnetohydrodynamics (MHD) and
non-linear slip coefficients on the coating thickness of the web/substrate during the blade …

Blade coating is a technique for coating the moving substrate with a protective fluid layer
through the blade as a common smoothing device. The heat transfer and slip effects of the …

Coating is a process that improves and enhances life, quality and efficiency of the web.
Common industrial adhesive application to board and paper, metal foils polymer coatings …