The unsteady dynamics of planar liquid sheet flows, interacting with unconfined gaseous
environments located on both sides of the liquid phase, is numerically investigated by …

The unsteady global dynamics of a gravitational liquid sheet interacting with a one-sided
adjacent air enclosure (commonly referred to as nappe oscillation configuration) is …

To study the flow pattern of the flow coating technology applied to substrates with a complex
three-dimensional surface (the lens of an automotive lighting lamp) and the possible defects …

The unsteady global dynamics of a gravitational liquid sheet interacting with a one-sided
adjacent air enclosure, typically referred to as nappe oscillation, is addressed, under the …

To study the key factors on integrated curtain formation and breakup in curtain coating
production process, we used the numerical simulation method to analyze the various stages …

In this study, we investigate a low-Weber-number flow of a liquid curtain bridged between
two vertical edge guides and the upper surface of a moving substrate. Surface waves are …

Studying of injectors with non-circular geometries has recently come to the spotlight of
researchers as a potential technique to improve the liquid injection characteristics of …

The falling liquid curtain at a low-head condition subjected to an air cushion on one side
develops longitudinal oscillations. These oscillations can generate considerable sound …

The global dynamics of unsteady free-interface vertical liquid sheet flows is studied, where
the dynamics is termed global because it refers to the whole fluid system. The formal …

The current review research's main objective is to develop dispersion models in the
multilayer curtain coating with the production of metallized paper. To achieve this, the curtain …