Liquid entrainment with a solid architecture passing through the fluid-fluid interface is
ubiquitous and widely used in industrial processes as a liquid transfer method. Besides …

We consider the deposition of a film of viscous liquid on a flat plate being withdrawn from a
bath, experimentally and theoretically. For any plate speed U, there is a range of “thick” film …

Abstract Hypothesis The Landau-Levich-Derjaguin (LLD) theory is widely applied to predict
the film thickness in the dip-coating process. However, the theory was designed only for flat …

The dip-coating process is simulated numerically for Newtonian and Bingham fluids with a
particular emphasis on finding the free surface location under different sets of conditions …

In this paper, we analyze how Eyring fluid film behavior on a vertically upward moving
slippery flat plate can help predictive models in engineering, notably in coating and …

When a flat plate is withdrawn from a liquid pool, a liquid film is deposited on the plate. This
simple process is called dip coating. In the case of vertically upward withdrawal, gravity …

We review and discuss the characteristics of dip-coating of yield stress fluids on the basis of
theoretical considerations, numerical simulations of the flow in the bath, and experimental …

This paper examines two related problems from liquid-film theory. Firstly, a steady-state flow
of a liquid film down a pre-wetted plate is considered, in which there is a precursor film in …

Thus far studies on dip coating focus on the asymptotic layer thickness which is reached
only in the lower part of the layer when the withdrawal time is sufficiently long. This work …

A liquid film is studied that is deposited onto a flat plate that is inclined at a constant angle to
the horizontal and is extracted from a liquid bath at a constant speed. We analyse steady …