Add to ORKGIn this paper the solution of coupled problem for fluid flow in the reservoir with hydraulically fractured well will be discussed. The new boundary condition is taken in to account for modeling of different cases of fractured wells location and for the prediction of water tracer lines. The analytical solution for flow potential will help petroleum engineers to predict well productivity and evaluate the most effective well pattern for waterflooding production system with massive hydraulic fracturing
Summary of the thesis This thesis addresses simulation of flow and transport of fluids and fluid c...
In the oil industry, many reservoirs produce from partially penetrated wells, either to postpone the...
Main parts of oil and gas reserves are stored in fractured reservoirs. Simulation of multiphase flow...
In this paper the solution of coupled problem for fluid flow in the reservoir with hydraulically...
This work addresses the poroelastic effect on the processes involved in hydraulic fracturing and pos...
The mechanical modeling of hydraulic fractures is a mathematically complex problem involving the cou...
This thesis is aimed to calculate the effective permeability tensor and to simulate the fluid flow i...
At present, hydraulic fracturing technologies are widely used for intensification of oil and gas rec...
Modeling of fluid flow in porous media is a pillar in geoscience applications. Previous studies have...
A mathematical model was developed to numerically study the process of fluid and gas filtration in t...
In this thesis, fluid flow in naturally fractured reservoirs with arbitrarily oriented fractures is ...
A new mathematical flow model is derived for characterizing the multiphase fluid flow phenomenon in ...
The solution of fluid flow problem in an unbounded homogeneous reservoir penetrated by a single well...
Naturally fractured reservoirs represent significant portion of the world's oil and gas reserves. In...
© Published under licence by IOP Publishing Ltd.The article presents a three-dimensional mathematica...
Summary of the thesis This thesis addresses simulation of flow and transport of fluids and fluid c...
In the oil industry, many reservoirs produce from partially penetrated wells, either to postpone the...
Main parts of oil and gas reserves are stored in fractured reservoirs. Simulation of multiphase flow...
In this paper the solution of coupled problem for fluid flow in the reservoir with hydraulically...
This work addresses the poroelastic effect on the processes involved in hydraulic fracturing and pos...
The mechanical modeling of hydraulic fractures is a mathematically complex problem involving the cou...
This thesis is aimed to calculate the effective permeability tensor and to simulate the fluid flow i...
At present, hydraulic fracturing technologies are widely used for intensification of oil and gas rec...
Modeling of fluid flow in porous media is a pillar in geoscience applications. Previous studies have...
A mathematical model was developed to numerically study the process of fluid and gas filtration in t...
In this thesis, fluid flow in naturally fractured reservoirs with arbitrarily oriented fractures is ...
A new mathematical flow model is derived for characterizing the multiphase fluid flow phenomenon in ...
The solution of fluid flow problem in an unbounded homogeneous reservoir penetrated by a single well...
Naturally fractured reservoirs represent significant portion of the world's oil and gas reserves. In...
© Published under licence by IOP Publishing Ltd.The article presents a three-dimensional mathematica...
Summary of the thesis This thesis addresses simulation of flow and transport of fluids and fluid c...
In the oil industry, many reservoirs produce from partially penetrated wells, either to postpone the...
Main parts of oil and gas reserves are stored in fractured reservoirs. Simulation of multiphase flow...