Add to ORKGThe book consists of a series of summaries of studies supported by the Natural Environmental Research Council's thematic program of the same name. The objective of this research initiative was to improve understanding and characterization of subsurface fluid flow over a wide range of spatial scales through field investigations, laboratory studies, and computer simulations of these processes
Migration of hydrocarbons deals with the subsequent movement of petroleum after expulsion from the s...
textNatural hydraulic fractures (NHFs) are fractures whose growths are driven by fluid loading. The ...
Direct numerical simulations of flow through two millimeter-scale rock samples of limestone and sand...
Abstract: There have been significant advances over the last ten years in the use of the seismic ani...
This report summarizes the work carried out during the period of September 29, 2000 to January 15, 2...
Abstract: The Micro to Macro (I~2M) Programme has been focused on developing under-standing of subsu...
Fluid flow, particle transport, and chemical reactions in porous media play a vital role in various ...
The pore-scale examination of rock deformation and fluid flow consisted of three separate tasks. (1)...
It is increasingly apparent that faults are typically not discrete planes but zones of deformed rock...
Pore pressure fluctuations in fluid saturated geological formations, either of natural or anthropoge...
Fluid flow in transforming porous rocks, fracture networks, and granular media is a very active inte...
International audiencePredicting flow in fractured reservoirs remains challenging as it highly depen...
The prediction of physicochemical rock properties in subsurface models regularly suffers from uncert...
Siliciclastic rocks are composed of a wide range of minerals; including quartz, feldspar, clay miner...
Pore pressure fluctuations in fluid saturated geological formations, either of natural or anthropoge...
Migration of hydrocarbons deals with the subsequent movement of petroleum after expulsion from the s...
textNatural hydraulic fractures (NHFs) are fractures whose growths are driven by fluid loading. The ...
Direct numerical simulations of flow through two millimeter-scale rock samples of limestone and sand...
Abstract: There have been significant advances over the last ten years in the use of the seismic ani...
This report summarizes the work carried out during the period of September 29, 2000 to January 15, 2...
Abstract: The Micro to Macro (I~2M) Programme has been focused on developing under-standing of subsu...
Fluid flow, particle transport, and chemical reactions in porous media play a vital role in various ...
The pore-scale examination of rock deformation and fluid flow consisted of three separate tasks. (1)...
It is increasingly apparent that faults are typically not discrete planes but zones of deformed rock...
Pore pressure fluctuations in fluid saturated geological formations, either of natural or anthropoge...
Fluid flow in transforming porous rocks, fracture networks, and granular media is a very active inte...
International audiencePredicting flow in fractured reservoirs remains challenging as it highly depen...
The prediction of physicochemical rock properties in subsurface models regularly suffers from uncert...
Siliciclastic rocks are composed of a wide range of minerals; including quartz, feldspar, clay miner...
Pore pressure fluctuations in fluid saturated geological formations, either of natural or anthropoge...
Migration of hydrocarbons deals with the subsequent movement of petroleum after expulsion from the s...
textNatural hydraulic fractures (NHFs) are fractures whose growths are driven by fluid loading. The ...
Direct numerical simulations of flow through two millimeter-scale rock samples of limestone and sand...