Nanofluid droplet evaporation has gained much audience nowadays due to its wide
applications in painting, coating, surface patterning, particle deposition, etc. This paper …

In this paper, a new comprehensive analysis of a suspended drop of a pure liquid
evaporating into air is presented. Based on mass and energy conservation equations, a …

Studies on the evaporation of suspended microlitre droplets under atmospheric conditions
have observed faster evaporation rates than the theoretical diffusion-driven rate, especially …

Many natural and practical applications, from macro-to microscale, entail the evaporation of
an array of droplets on a substrate surface. A simplified point source model (PSM) was …

An analytic model of evaporation of a spherical droplet into the surrounding gas without
consideration of the Stefan flow and vapor buoyancy is presented. This model is based on …

This paper resolves an ostensible inconsistency in the literature in calculating the
evaporation rate for sessile drops in a quiescent environment. The earlier models in the …

A simplified model on single droplet evaporation into a stagnant gas space is established.
The mathematical model is based on molecule diffusion on the droplet surface subjected to …

The average evaporation in Iran is 3 times higher than the world average. Applying chemical
monolayers on water surfaces is one of the promising methods for suppressing the …

Evaporation of sessile droplets from unheated solid surfaces is a ubiquitous process in
many practical applications. A reduced order, analytical point source model (PSM) for the …

This work is centered upon the thermal transients taking place during the evaporation of a
spherical drop of a pure liquid suspended in a gaseous environment. Based on mass and …