The multiscale modelling of geochemical processes requires efficient couplings between
scales and physics. The use of machine learning techniques and neural networks has the …

The bubble rising problem has always been one of the research hotpots in the field of
multiphase flow simulation due to the complex topological evolution of the phase interface …

Reactivity of minerals is controlled by chemical processes at mineral-fluid interfaces acting
at different time-and length scales. Various modeling approaches are available to …

Many coastal and ocean engineering flows, such as tsunamis inundating urban areas, tend
to be violent. The characteristics of these damaging flow fields are three-dimensional, highly …

During the operation of polymer electrolyte fuel cells (PEFC) liquid water clusters generated
due to electrochemical reactions in the gas diffusion layers (GDL) create a resistance …

Free-surface flow problems occur in numerous disaster simulations, such as tsunami inland
penetration in urban areas. Simulation models for these problems must be non-hydrostatic …

Droplet evaporation is a typical multiphase flow with various applications in many natural
phenomena and industrial processes. Different numerical methods have been used to …

The level set method for modeling multi-fluid interfaces gives a simple approach for the
simulation of multiphase flow problems. However, many of the components of this method …

A novel finite element framework is proposed for the numerical simulation of two phase flows
with surface tension. The Level-Set (LS) method with piece-wise quadratic (P2) interpolation …

An improved diffuse interface (DI) method is proposed for accurately capturing complex
interface deformation in simulations of three‐dimensional (3D) multiphase flows. In original …