Atomization and evaporation processes have extensively existed in a variety of scientific and
engineering applications, such as, rain formation, spray cooling, and spray combustion in …

A wide variety of interface capturing methods have been introduced for simulating two-
phase flows throughout the years. However, there is a noticeable dearth of literature …

The propagation of capillary waves on material interfaces between two fluids imposes a
strict constraint on the numerical time-step applied to solve the equations governing this …

Abstract Traditional Discrete Particle Methods (DPM) such as the Euler–Lagrange
approaches for modeling atomization, even if widely used in technical literature, are not …

An improved mass conserving level set method for detailed numerical simulations of liquid
atomization is developed to address the issue of mass loss in the existing level set method …

The accurate and efficient modelling of two-phase flows is at present mostly limited to
structured, unskewed meshes, due to the additional topological and numerical complexity of …

Microfluidic devices often contain several phases. Their design can be supported by
interface-resolving numerical simulations, requiring accurate methods and validated …

We propose an accurate and robust fourth-order curvature extension algorithm in a level set
framework for the transport of the interface. The method is based on the Continuum Surface …

Evaporation of fuel droplets in high temperature gas environment is of great importance in
many engineering applications. There are already several theoretical models proposed in …

A two-dimensional computational fluid dynamics (CFD) model was developed and validated
to estimate the liquid entry pressure (LEP) of hydrophobic membranes used for membrane …