During the past years, numerical simulations of Nucleate Boiling have attracted increasing
attention. If significant advances have already been performed on the conception of accurate …

This work proposes an innovative model for multicomponent phase change in interface-
resolved simulations. The two-phase system is described by a geometric Volume-Of-Fluid …

The present work describes the development of a novel fully compressible solver for two-
phase flows with liquid-vapour phase change. Phase change phenomena in compressible …

Improved numerical methods are needed to understand the effect of surfactants in interfacial
fluid mechanics, with various applications including thin films, inkjet printing, and ocean …

In this study, the temperature–pressure separation technique was used to successfully
obtain the process of the unsymmetrical dimethylhydrazine droplet diameter variation with …

Film boiling around immersed objects in a subcooled liquid is critical in various engineering
applications and offer many scientific issues. After presenting a numerical solver able to …

This study investigated the local corrosion of alumina and magnesia refractory in CaO–Al 2
O 3–SiO 2–MgO slag due to the Marangoni effect, which is a key factor for localized wear in …

Immersed Boundary Methods (IBM) are a practical class of methods thatenable fluid
computations in complex geometry while keeping a structuredmesh. Most of the existing IBM …

A new model to follow the complete evolution of a drop in Leidenfrost state is presented in
this work. The main ingredients of the phenomenon were considered, including: 1) the …

This study introduces a comprehensive numerical model capable of simulating the
evaporation of suspended droplets under different gravity conditions. Unlike previous …