Among all methods for investigating the complex phenomenon of the coal and gas outburst,
numerical modelling is the most comprehensive one that can consider all involved …

This paper compares three techniques for coupling multiphase porous flow and
geomechanics. Sample simulations are presented to highlight the similarities and …

Interactions of solid mechanics and fluid flow have been studied by numerous researchers
for the past several years. Different methods of coupling such as full and iterative coupling …

Geomechanical models are needed to account for rock deformation resulting from flow-
induced pressure changes in stress sensitive reservoirs. There are, however, several …

Land subsidence due to the exploitation of groundwater and hydrocarbon fluids has
triggered extensive studies in coupled fluid flow and geomechanics simulations. However …

Several aspects of coupling between reservoir fluid flow and geomechanics deformation are
examined, namely accuracy, adaptability and running speed. Four different widely used time …

For processes such as production from low-permeability reservoirs and storage in
subsurface formations, reservoir flow and the reservoir stress field are coupled and affect …

The use of reservoir simulation coupled with geomechanics to model physical phenomena
such as compaction, subsidence or shear failure etc. has been increasing. Different methods …

We discuss computational engineering and science (CES) methodologies and tools
applicable to a variety of subsurface models and their couplings. First we overview both …

A new computational model is developed to solve three phase immiscible compressible flow
in strongly heterogeneous poroelastic media. Within the context of the iterative coupled …