peer reviewedIn this work, the problem of modelling groundwater flow and transport in a heterogeneous environment with complex geological structures is addressed. This study demonstrates how a training image can be constructed based on geological and hydrogeological field data and how multiple-point geostatistics can be applied to determine the impact of complex geological heterogeneity on groundwater flow and transport in a real aquifer
Hydrogeological parameterization is a key step in modeling well head protection zones in alluvial he...
Hydrogeological parameterization is a key step in modeling well head protection zones in alluvial he...
Hydrogeological parameterization is a key step in modeling well head protection zones in alluvial he...
Sedimentological processes often result in complex three-dimensional subsurface heterogeneity of hyd...
peer reviewedSedimentological processes often result in complex three-dimensional subsurface heterog...
Sedimentological processes often result in complex three-dimensional subsurface heterogeneity of hyd...
Multiple-point geostatistics has been increasingly applied on groundwater problems in the last ten y...
multiple-point geostatistics on modelling groundwater flow and transport in a cross-bedded aquifer (...
This work takes place in the context of the following PhD research topic. Alluvial plains constitute...
In this work, we address the problem of characterizing the heterogeneity and uncertainty of hydrauli...
The process of accounting for heterogeneity has made significant advances in statistical research, p...
Most studies about the application of geostatistical simulations based on multiple-point statistics ...
Most studies about the application of geostatistical simulations based on multiple-point statistics ...
Methods based on two-point geostatistics have been routinely used to interpolate random variables su...
Thin irregularly-shaped surfaces such as clay drapes often have a major control on flow and transpor...
Hydrogeological parameterization is a key step in modeling well head protection zones in alluvial he...
Hydrogeological parameterization is a key step in modeling well head protection zones in alluvial he...
Hydrogeological parameterization is a key step in modeling well head protection zones in alluvial he...
Sedimentological processes often result in complex three-dimensional subsurface heterogeneity of hyd...
peer reviewedSedimentological processes often result in complex three-dimensional subsurface heterog...
Sedimentological processes often result in complex three-dimensional subsurface heterogeneity of hyd...
Multiple-point geostatistics has been increasingly applied on groundwater problems in the last ten y...
multiple-point geostatistics on modelling groundwater flow and transport in a cross-bedded aquifer (...
This work takes place in the context of the following PhD research topic. Alluvial plains constitute...
In this work, we address the problem of characterizing the heterogeneity and uncertainty of hydrauli...
The process of accounting for heterogeneity has made significant advances in statistical research, p...
Most studies about the application of geostatistical simulations based on multiple-point statistics ...
Most studies about the application of geostatistical simulations based on multiple-point statistics ...
Methods based on two-point geostatistics have been routinely used to interpolate random variables su...
Thin irregularly-shaped surfaces such as clay drapes often have a major control on flow and transpor...
Hydrogeological parameterization is a key step in modeling well head protection zones in alluvial he...
Hydrogeological parameterization is a key step in modeling well head protection zones in alluvial he...
Hydrogeological parameterization is a key step in modeling well head protection zones in alluvial he...