For simulating phase change process of pure solid gallium, previously published literature
contains some key problems, including the inappropriate definition & computation for …

Literature survey found that three important scientific problems including: i) The feasibility of
2D modeling was not be further validated by compared the 3D & 2D simulations with the …

Literature survey showed that three important and key scientific problems including: i) the
mechanisms or underlying causes of the discrepant sources, especially at the top phase …

A global effort is directed towards a more sustainable future dominated by renewable and
alternative technology. Thermal energy storage is pivotal in those advancements to even out …

Intermittent renewable energy sources such as solar and wind necessitate energy storage
methods like employing phase change materials (PCMs) for latent heat thermal energy …

An exact prediction of melting processes is important for the design of latent heat thermal
energy storages. However, in phase change models based on continuum theory, the effect …

Featured Application Different simplified and low-computational-cost models for phase-
change CFD simulation were compared with experimental data for geometries where …

For decades, the fixed-grid method (FGM) has undergone extensive development and
widespread application in addressing phase change problems. Nonetheless, comparative …

In the struggle for a more sustainable economy, thermal energy storage is a relevant
solution either for solving the intermittency that is intrinsic to many renewable power plants …

We present a discontinuous Galerkin method for melting/solidification problems based on
the “linearized enthalpy approach,” which is derived from the conservative form of the …