The presence of electric fields in immiscible multifluid flows induces Maxwell stresses at
sharp interfaces that can produce electrohydrodynamic phenomena of practical importance …

We present a proof-of-concept for the adaptive mesh refinement method applied to
atmospheric boundary-layer simulations. Such a method may form an attractive alternative …

Understanding and predicting multiphase flows is of great relevance due to the ubiquitous
nature of such flows in both nature and in many industrial applications. Rapid development …

The principles of electro-hydrodynamics have been known for more than a century and
extensive experimental studies have been carried out. Insight about such types of flows …

Electrohydrodynamic (EHD) jets are a highly promising technology for the generation of
three-dimensional micro-and nanoscale structures, but the advancement of this technology …

Gas entrapment during droplet deposition may induce pinhole defects in droplet-based 3D
printing. However, achieving effective suppression of gas entrapment is challenging given …

Double emulsions are encapsulated microstructures with medical, food, and cosmetics
applications. Precise control over their parameters, such as volume, thickness, and size …

In this paper the miscibility of PVDF/PMMA blends was studied using different approaches:
experimental tests, thermodynamics and numerical simulation. The first part of this study is …

The well-balanced, positivity-preserving scheme of Audusse et al.(SIAM J Sci Comput 25
(6): 2050–2065, 2004), for the solution of the Saint-Venant equations with wetting and …

This article investigates the formation of cone-jet structure in an electrospray process based
on a two-phase numerical simulation. The numerical approach takes account of the coupled …