... with large scale water injection are evaluated. It is shown that it is difficult to avoid the formation of fractures in the injection well. The increase in pore pressure can also result in the slippage of natural faults. No previous study has systematically investigated the influence of both heat conduction...

... that can explain the regional variation of seismicity. For a few gas reservoirs, the evolution of potential fault slippage is simulated using the commonly adopted Mohr-Coulomb failure criterion. This shows that fault criticality is expected for reservoirs that showed seismic as well as non-seismic...

... of the reservoir, which induces stresses on the faults causing slippage. Since the water is quite incompressible, a large pressure reduction in the water leg may be caused temporarily by a rising gas water contact. It turned out that slippage is not expected at the lowest gas pressure using a conservative...

... slippage at the wall surface. For validation, the simulation results were compared with the results of other simulation techniques such as Direct Simulation Monte Carlo and Information Preservation methods reported in the literature. After validation, the impacts of different boundary conditions...

... In this paper, results of series of experiments performed on three shale samples to investigate the slippage and geomechanical effects on matrix permeability, are reported. Steady state and unsteady state techniques were used to measure the gas permeability. The apparent permeabilities were...

... ; Swami & Settari, 2012 ) taking into account slippage at pore walls and Knudsen diffusion. (23) k a p p = c g D m μ + F k m In the above equation, D m denotes the effective Knudsen diffusion coefficient for porous medium and is related to Knudsen diffusion...