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 …

Coupled geomechanical and reservoir modeling is becoming feasible on a full-field scale.
This paper describes the advances of the coupled model described previously, its …

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

摘要油气藏流体运移及地层岩石形变贯穿油气开发始终, 是油气开发的核心科学问题.
页岩储层天然裂缝发育, 地层流体流动机理多样, 岩石力学参数呈现非均质性和各向异性等特征 …

The paper addresses the modeling of geomechanical effects induced by reservoir
production and their influence on fluid flow in the reservoir. Geomechanical effects induced …

During high porosity reservoir production, the rock compaction is a complex phenomenon
that depends on the rock constitutive behavior, the reservoir stress path, etc. Reservoir …

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 …

A fully coupled formulation of a hydro‐thermo‐poro‐mechanical model for a three‐phase
black oil reservoir model is presented. The model is based upon the approach proposed by …

Conventional reservoir simulators calculate the effect of rock compaction on pore volume
change through the concept of rock compressibility under a defined loading condition …