Gas flow in porous media can be seen in various engineering devices such as catalytic
converters and fuel cells. It is important to understand transport phenomena in porous media …

Elucidating the microscale geological control mechanism of gas transport in coalbed
methane (CBM) reservoirs is the basis for efficient development of CBM reservoirs. At …

The heterogeneities of complex reservoirs are expressed in terms of multi-scale pore
structure, different pore type and multiple occurrence mode. Fluid transport mechanisms …

We use the Cuda-based Hybrid Approach for Octree Simulations (CHAOS) DSMC solver to
predict gas transport coefficients of Morgan felt and FiberForm TPS materials with sample …

The impetus of the current research is to use the direct simulation Monte Carlo (DSMC)
algorithm to investigate fluid behaviour and gas transport in porous microchannels. Here, we …

The pressure-driven gas transport characteristics through a porous medium consisting of
arrays of discrete elements is investigated by using the direct simulation Monte Carlo …

Shale gas is a very important energy resource for humans in the 21st century. However, the
mechanism underlying the transoport behavior of shale gas in nanopores (typically 1 nm to …

The multiscale transport mechanism of methane in unconventional reservoirs is dominated
by slip and transition flows resulting from the ultra‐low permeability of micro/nano‐scale …

In Bangladesh, 20 gas fields out of 28 produced 709.11 billion cubic feet (Bcf) through 112
wells against a vast amount of demand in the financial year 2021–22. Therefore, more gas …

We performed an investigation of a comet like porous surface to study how sub-surface
sublimation with subsequent flow through the porous medium can lead to higher gas …