When a solid surface accommodates guest molecules, they induce noticeable stresses to
the surface and cause its strain. Nanoporous materials have high surface area and …

Coal seam gas drainage is not only the effective measure for gas outbursts control, but also
has the great significance for the use of gas energy and reduction of greenhouse-gas …

Abstract Understanding supercritical CO 2 (ScCO 2) adsorption behavior in nanoporous
coals is crucial for long-term CO 2 geological storage. Four coal samples with a broad …

When fluids are adsorbed on a solid surface they induce noticeable stresses, which cause
the deformation of the solid. DH Bangham and co-authors performed a series of …

The flow of gas in shale formations is influenced by several coupled processes including
matrix and fractures deformations, and gas sorption. An increase in effective stress by pore …

The coupling of water sorption and deformation in soft nanoporous polymers is studied by
means of statistical mechanics molecular simulation and the general framework of …

Monitoring the migration of pore pressure, deformation, and saturation plumes with effective
tools is important for the storage and utilization of fluids in underground reservoirs, such as …

Despite significant progress in deciphering the mechanical properties of nanoporous
materials, the intimately related phenomenon of acoustic wave propagation in such solids …

Adsorption can deform porous solids, and mechanical stresses or strains can impact the
adsorption process: this mini-review is dedicated to this coupling. After introducing some …

Molecular simulation of adsorption of water molecules in nanoporous amorphous
biopolymers, eg, cellulose, reveals nonlinear swelling and nonlinear mechanical response …