Nowadays, microchannels have been widely utilized in various multidisciplinary fields, and
as a consequence, some new and different requirements for microchannels in the process of …

The study of the simultaneous development of slip-flow and heat transfer in a microtube with
internal fins has been conducted. It was found that rarefaction effects were more pronounced …

An accurate understanding of nanoscale gas transport mechanism is a fundamental
research concern in many engineering applications, which remains as a research challenge …

Heat and mass transfer mechanisms of dissolved particles in porous media with corroded
skeletons are investigated by the coupled smoothed profile method and lattice Boltzmann …

Gas flow in complex porous media can vary across rarefied to continuum regimes
depending on the characteristic size of porous media. To study the gas reactive transport …

Metal Rubber (MR), characterized by its porous topology and metal-based entangled
structure, is commonly utilized in high-temperature environments. The intricate nature of …

To understand the transport mechanism of rarefied gas in the shale rock, the geometry of the
porous media is generated based on the Voronoi tessellation, and the gas flows in …

The flow characteristic at a micro-scale level is significant to the development of micro-
devices. In this study, a confined porous medium with a slip gas flow was simulated using a …

REV‐scale LBM (representative elementary volume scale lattice Boltzmann method)
provides a possible way for the unified microscopic simulation of transscale seepage …

There are numerous dead ends in micro-scale porous media and their special expansion-
contraction structure incurs vortices in pore-scale flow. These vortices involve energy …