Evaporating sessile droplets containing dispersed particles are used in different
technological applications, such as 3D printing, biomedicine, and micromanufacturing …

We study the influence of side walls on the stability of falling liquid films. We combine a
temporal biglobal stability analysis based on the linearised Navier–Stokes equations with …

We investigate the role of the evaporation regime on the stability of a volatile liquid film
flowing over an inclined heated surface using a two-fluid system that considers the dynamics …

This paper investigates the applicability of two approaches (similarity theory and Dalton's
law) in predicting the evaporation rate. The results of this study showed that conventional …

We study the influence of side walls on the stability of falling liquid films. We combine a
temporal biglobal stability analysis based on the linearised Navier–Stokes equations with …

We study the spatiotemporal evolution of an evaporating liquid film sheared by a gas
considering both inertial and thermal instabilities, the latter arising from a combination of …

A fragmentation process of the liquid jet begins with the amplification of small disturbances.
Understanding the evolution of the initial perturbation is critical in controlling the quality of …

The convective structure and heat transfer characteristics of evaporating films undergoing
cyclical superheating were examined experimentally. Films were evaporated into their own …