Add to ORKGA vapor-dominated two-phase zone would be formed in a geothermal reservoir under fissured caprock, if the permeability of the fissure is much smaller than a critical permeability which is estimated by an energy balance. If the permeability of the fissure is large, then the rule of minimum mass input would be applied
Hydrothermal alteration of a quartz-K-feldspar rock is simulated numerically by coupling fluid flow ...
The use of the subsurface and the exploitation of subsurface resources require prior knowledge of fl...
Geothermal energy constitutes an important energy resource worldwide. Effective management of such a...
Numerical experiments, based on linear stability results, are invoked to model the evolution of two-...
Geothermal energy reservoirs can be used as sources of renewable and sustainable energy. The concept...
Numerical experiments are performed to investigate the rock thermal conductivity influence in the fo...
The development of Enhanced Geothermal System (EGS) technology leads to the possibility of an extens...
International audienceEfforts to maintain and enhance reservoir permeability in geothermal systems c...
Various thermal-hydrologic models have been developed to simulate thermal-hydrologic conditions in e...
A new type of dual-porosity model is being developed to simulate two-phase flow processes in fractur...
Many geothermal fields are naturally fractured systems. In these reservoirs, physical parameters can...
A semianalytical solution for transient two-phase water, air, and heat flow in a uniform porous medi...
Permeability enhancement during stimulation in a geothermal reservoir is mainly due to the developme...
A natural geothermal reservoir is an aquifer generally in liquid phase confined between two impermea...
The mechanism of two-phase flow through fractures exerts an important influence on the behavior of g...
Hydrothermal alteration of a quartz-K-feldspar rock is simulated numerically by coupling fluid flow ...
The use of the subsurface and the exploitation of subsurface resources require prior knowledge of fl...
Geothermal energy constitutes an important energy resource worldwide. Effective management of such a...
Numerical experiments, based on linear stability results, are invoked to model the evolution of two-...
Geothermal energy reservoirs can be used as sources of renewable and sustainable energy. The concept...
Numerical experiments are performed to investigate the rock thermal conductivity influence in the fo...
The development of Enhanced Geothermal System (EGS) technology leads to the possibility of an extens...
International audienceEfforts to maintain and enhance reservoir permeability in geothermal systems c...
Various thermal-hydrologic models have been developed to simulate thermal-hydrologic conditions in e...
A new type of dual-porosity model is being developed to simulate two-phase flow processes in fractur...
Many geothermal fields are naturally fractured systems. In these reservoirs, physical parameters can...
A semianalytical solution for transient two-phase water, air, and heat flow in a uniform porous medi...
Permeability enhancement during stimulation in a geothermal reservoir is mainly due to the developme...
A natural geothermal reservoir is an aquifer generally in liquid phase confined between two impermea...
The mechanism of two-phase flow through fractures exerts an important influence on the behavior of g...
Hydrothermal alteration of a quartz-K-feldspar rock is simulated numerically by coupling fluid flow ...
The use of the subsurface and the exploitation of subsurface resources require prior knowledge of fl...
Geothermal energy constitutes an important energy resource worldwide. Effective management of such a...