This paper presents recent advancement in and applications of TOUGH-FLAC, a simulator
for multiphase fluid flow and geomechanics. The TOUGH-FLAC simulator links the TOUGH …

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 …

The coupling between subsurface flow and geomechanical deformation is critical in the
assessment of the environmental impacts of groundwater use, underground liquid waste …

We analyze stability and convergence of sequential implicit methods for coupled flow and
geomechanics, in which the flow problem is solved first. We employ the von Neumann and …

This paper provides a review of hydromechanical (HM) couplings in fractured rock, with
special emphasis on HM interactions as a result of, or directly connected with human …

We perform detailed stability and convergence analyses of sequential-implicit solution
methods for coupled fluid flow and reservoir geomechanics. We analyze four different …

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

Accurate prediction of reservoir production in structurally weak geologic areas requires both
mechanical deformation and fluid flow modeling. Loose staggered-in-time coupling of two …

We perform a stability and convergence analysis of sequential methods for coupled flow and
geomechanics, in which the mechanics sub-problem is solved first. We consider slow …

Coalbed methane (CBM) reservoirs have the characteristics of low porosity, low
permeability, strong heterogeneity and high content of adsorbed gas. A large number of …