Sequestration of CO 2 in the geological formations has great potential to reduce greenhouse
gas emissions, and the induced mechanical stability of coal reservoirs is deeply concerned …

Desorption hysteresis affects gas mass transfer and migration in coal seams, which is not
considered in current dual-porosity medium models, leading to inaccurate assessment and …

A thermodynamically rigorous constitutive model is used to describe the full coupling among
the nonlinear processes of transport, sorption, and solid deformation in organic shale where …

Sequestration of CO2 in unworkable coal seams is one of the most promising carbon
reduction strategies. The mobility of CO2 in coal reservoirs is closely related to permeability …

Accurate multiphysics modeling is necessary to simulate and predict the long-term behavior
of subsurface porous rocks. Despite decades of modeling subsurface multiphysics …

A constitutive framework is developed for variably saturated water-active swelling rocks
undergoing chemical damage using modified mixture theory and continuum damage …

Recent thermodynamics-based constitutive modeling has enabled robust formulations for
complex coupled mechanical, hydraulic, thermal, and chemical interactions. Despite such …

A multi-physics constitutive mathematical model is developed using non-equilibrium
thermodynamics and continuum mechanics to investigate the temporal changes in the …

Over the past decades, there has been growing interest in modelling multi-phase flowback
in shale gas reservoirs during hydraulic fracturing, primarily due to the significant risk of …

The hydrostatic or confining pressure of deep rocks has a significant impact on the
mechanical behavior of brittle materials. Especially when confining pressure is applied, the …