Unconventional hydrocarbon reservoirs, such as, shale gas deposits, offer a new source of energy resources. These reservoirs consist of tight porous rocks which are characterized by nano-scale size porous networks with ultra-low permeability. The mathematical modeling of phenomena through such tight porous media provides its own challenges. In this study, we consider a relatively new approach by modeling the transport of gas by the time-fractional advection-diffusion equation
AbstractWe analyze the pore transmission of fluid pressure p and solute density ρ in porous rocks. T...
Petroleum production is one of the most important technological challenges in the current world. Mod...
Unconventional gas resources from tight-sand and shale gas reservoirs have received great attention ...
Modelling the flow of fluid through tight porous media, such as unconventional hydrocarbon reservoir...
A new source of energy has recently been discovered from unconventional hydrocarbon reservoirs, such...
We model the transport of fluid through porous media in terms of fractional diffusion equation (FDE)...
Numerical solutions of non-linear fractional transport models in unconventional hydrocarbon reservoi...
textThe main objective of this dissertation is to quantify petrophysical properties of conventional ...
Shale reservoir contains different rock components that exhibit multi-scale hierarchical pore struct...
Most of the worlds currently accessible hydrocarbon resources are found in tight rocks - rocks with ...
We model the transport of fluid through porous media in terms of fractional diffusion equation (FDE)...
Although hydrocarbon production from unconventional reservoirs, the so-called shale gas, has explode...
Until recently, natural gas encountered in tight shales, which provided the source and seal of the g...
Unconventional gas resources from tight sand and shale gas reservoirs have received great attention ...
textUnconventional reservoirs, specifically carbonates, tight gas sandstone and shale gas formations...
AbstractWe analyze the pore transmission of fluid pressure p and solute density ρ in porous rocks. T...
Petroleum production is one of the most important technological challenges in the current world. Mod...
Unconventional gas resources from tight-sand and shale gas reservoirs have received great attention ...
Modelling the flow of fluid through tight porous media, such as unconventional hydrocarbon reservoir...
A new source of energy has recently been discovered from unconventional hydrocarbon reservoirs, such...
We model the transport of fluid through porous media in terms of fractional diffusion equation (FDE)...
Numerical solutions of non-linear fractional transport models in unconventional hydrocarbon reservoi...
textThe main objective of this dissertation is to quantify petrophysical properties of conventional ...
Shale reservoir contains different rock components that exhibit multi-scale hierarchical pore struct...
Most of the worlds currently accessible hydrocarbon resources are found in tight rocks - rocks with ...
We model the transport of fluid through porous media in terms of fractional diffusion equation (FDE)...
Although hydrocarbon production from unconventional reservoirs, the so-called shale gas, has explode...
Until recently, natural gas encountered in tight shales, which provided the source and seal of the g...
Unconventional gas resources from tight sand and shale gas reservoirs have received great attention ...
textUnconventional reservoirs, specifically carbonates, tight gas sandstone and shale gas formations...
AbstractWe analyze the pore transmission of fluid pressure p and solute density ρ in porous rocks. T...
Petroleum production is one of the most important technological challenges in the current world. Mod...
Unconventional gas resources from tight-sand and shale gas reservoirs have received great attention ...