The DOE and several other Federal agencies have committed significant resources to support the development of a large number of mathematical models for studying subsurface science problems such as groundwater flow, fate of contaminants and carbon sequestration, to mention only a few. This project provides new tools to help decision makers and stakeholders in subsurface science related problems to select an appropriate set of simulation models for a given field application
A numerical model is being constructed to simulate the movement of water and constituents within a c...
The management of groundwater resources commonly involves challenges and complexities, which are tak...
AbstractMathematical models have been widely used to understand, predict, or optimize many complex p...
Numerical simulators are frequently used to assess future risks, support remediation and monitoring ...
"As part of a larger, long-term program to aid the gas industry in more effectively and economically...
Numerical modeling of subsurface flow and contaminant transport, with an emphasis on:- model evaluat...
Once a contaminant has been detected in an aquifer, mathematical models can be used to evaluate the ...
This is a Phase I report on a project to significantly enhance existing subsurface simulation softwa...
This document presents the development, calibration, and predictive results of a simulation study of...
The U.S. Army Engineer Waterways Experiment Station (WES) has proposed development of a Groundwater ...
The US Department of Energy is responsible for the remediation of over 450 different subsurface-cont...
Numerical simulation in the earths subsurface Understanding physical processes in the earths subsurf...
The first detailed comprehensive simulation study to evaluate fate and transport of low-level, mixed...
The creation of the groundwater model of the Upper San Pedro Basin included two developmental phases...
The creation of the groundwater model of the Upper San Pedro Basin included two developmental phases...
A numerical model is being constructed to simulate the movement of water and constituents within a c...
The management of groundwater resources commonly involves challenges and complexities, which are tak...
AbstractMathematical models have been widely used to understand, predict, or optimize many complex p...
Numerical simulators are frequently used to assess future risks, support remediation and monitoring ...
"As part of a larger, long-term program to aid the gas industry in more effectively and economically...
Numerical modeling of subsurface flow and contaminant transport, with an emphasis on:- model evaluat...
Once a contaminant has been detected in an aquifer, mathematical models can be used to evaluate the ...
This is a Phase I report on a project to significantly enhance existing subsurface simulation softwa...
This document presents the development, calibration, and predictive results of a simulation study of...
The U.S. Army Engineer Waterways Experiment Station (WES) has proposed development of a Groundwater ...
The US Department of Energy is responsible for the remediation of over 450 different subsurface-cont...
Numerical simulation in the earths subsurface Understanding physical processes in the earths subsurf...
The first detailed comprehensive simulation study to evaluate fate and transport of low-level, mixed...
The creation of the groundwater model of the Upper San Pedro Basin included two developmental phases...
The creation of the groundwater model of the Upper San Pedro Basin included two developmental phases...
A numerical model is being constructed to simulate the movement of water and constituents within a c...
The management of groundwater resources commonly involves challenges and complexities, which are tak...
AbstractMathematical models have been widely used to understand, predict, or optimize many complex p...