A precise heat transfer simulation of a three-dimensional impinging jet porous heat sink is
presented and is analyzed from thermodynamics vantage point under local thermal non …

In this paper, the multiphase lattice Boltzmann flux solver (MLBFS), where the phase field
model and the apparent liquid permeability model are built-in, is developed to simulate …

Permeability is one of the most important parameters for accurately predicting water flow in
reservoirs and quantifying underground water inrush into coal mines. This study developed …

With the increasing depth of coal mining, the quantitative evaluation of the degree of
geological structure development is becoming increasingly important for the control of mine …

Thermal systems play a crucial role in our daily life. Engineers, physicists, biologists and
researchers in other branches of science might face various types of heat and mass transfer …

Rarefied pressure-driven gaseous flow with heat transfer in a microchannel with a backward
facing micro-step is investigated in this paper using the lattice Boltzmann method (LBM) in …

Cake permeability is a crucial macroscopic physical property in characterizing filtration
behavior for coal slurry. However, there is still no appropriate model derived to establish the …

Flow behavior and heat transfer (FBHT) process within porous volumetric solar receivers
(VSR) were studied numerically by the non-orthogonal Multiple-Relaxation Time Lattice …

Monopropellant hydrazine thruster, depending on their thrust level, specific impulse, and
unique functional regime, are widely used in situation control, orbital transmission, and …

Dewatering fine-grained materials is a common procedure in various industries.
Nevertheless, the theory regarding the dewatering of fine-grained materials is largely …