Hydrocyclones have been used as an operational tool to separate liquids from solids in different industries for more than 50 years. Considering the importance of this issue, many experimental and numerical attempts have been made to estimate the performance of this tool regarding the resulting pressure drop and the separation efficiency (particles separation limit diameter...

The increasing needs for modelling of reactive transport phenomena in different areas environmental have led to the development many numerical codes. However, them suffer from a lack flexibility, which hinders adaptation codes new problems. Moreover, cases, changes can be done by very reduced group people, and often single person, main developer. Implementation platforms based on multiphysics r...

Solid oxide fuel cells (SOFCs) are promising high-effective energy conversion devices for wide sources and high efficiency. Based on non-linear kinetics at triple-phase-boundary, a three-dimensional model with single flow channel was constructed. Distribution of mass flow, temperature current density in different configuration working conditions were investigated. Critical factors voltage outpu...

A topology of high-frequency field intensity in the work area of a saddle-shaped coil for a nuclear qaudrupole resonance spectrometer was studied. With a view to determine magnetic field topology, a computational domain was created which is a model of a saddle-shaped coil physical structure. Finite element method was used to perform numerical simulation in COMSOL Multiphysics software. Accordin...

We present numerical simulations for the propagation of surface plasmon polaritons (SPPs) in a dielectric-metal-dielectric waveguide using COMSOL multiphysics software. We show that the use of an active dielectric with gain that compensates metal absorption losses enhances substantially plasmon propagation. Furthermore, the introduction of the active material induces, for a specific gain value,...