SUMMARY A discontinuous Galerkin method for the solution of the immiscible and
incompressible two‐phase flow problem based on the nonsymmetric interior penalty method …

In this paper, fluid dynamics and mass transfer of single droplets rising in a quiescent
ambient liquid are considered. For the first time, full three-dimensional simulations of a …

The impact of solutal Marangoni convection on fluid dynamics and mass transfer cannot be
described by means of analytical methods, due to their inherently three-dimensional, highly …

In the present thesis a new numerical method for the simulation of mass transport in an
incompressible immiscible two-phase flow system is presented. The mathematical model …

A finite volume based method to govern mass transfer of a diluted transition component
across moving fluid–fluid interfaces is presented. The concentration jump at the interface is …

The modeling of two-phase flows in computational fluid dynamics is still an area of active
research. One popular method is the coupling of level-set and volume-of-fluid (CLSVOF) …

Methods for the careful design of optimal experiments for the identification of the structure
and parameters of transport models often strongly depend on a-priori knowledge about the …

In this work, fluid dynamics and mass transfer of a single droplet formed and kept on a
capillary were investigated. Droplets with three different final droplet diameters (2 mm, 2.5 …

This study develops the h-version of the Extended Finite Element Method (XFEM) applied to
the simulation of two-fluid incompressible flow in two and three dimensions. A multilevel …

Simulations of single droplets rising in a quiescent liquid were performed for various initial
droplet diameters. The continuous phase was water and the dispersed phase was either n …