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

The principle of electrohydrodynamics (EHD) processes relies on manipulating fluids using
electric forces. The advantage of EHD over other fluid manipulation approaches, such as …

This Letter explores the onset of splashing of liquid metal drops and the underlying
phenomenological reasons using a numerical approach. Validation is performed using …

In the drop-on-demand 3D printing technique, molten drop impact is crucial to the
understanding of the formation of the building block of a part. However, existing studies cast …

In this research, we delve into the intricacies of viscous fluid flow with electric field coupling
by employing the Finite Element Method (FEM) in tandem with the level set method. We …

A coupled volume-of-fluid and level set (VOSET) model is extended to the simulation of
electro-hydrodynamic (EHD) flow. The good accuracy of proposed model is validated by …

Drop impact dynamics with solidification has been a hot topic of research recently. However,
numerical studies to that end mainly concentrate on spherical drops, paying less attention to …

The hypothesis of the present research is the existence of distinct spatial-temporal
characteristics of non-oxidized liquid metal (LM) droplets impacting a solid surface. To …

Drop impact-freezing on an incline is omnipresent in nature and industrial applications like
3D (three-dimensional) printing, but most current research concentrates on the impact …

Abstract The traditional Allen–Cahn phase field model doesn't conserve mass and is mostly
used in solidification microstructure formation. However, a recently modified Allen–Cahn …