We developed a new model for fluid movement around the wellbore by introducing a Dirac function, which simplifies a water-injection well as a point source. The effect of porosity on the reaction and diffusion of contaminant ions is also taken into account in the model, making it more reliable in theoretical prediction
A two-dimensional steady-state solute transport model is developed to simulate movement of non-point...
To prevent the deterioration of groundwater quality, mathematical simulation models have been formul...
Dynamical systems can be predicted using mathematical models. These models are usually Partial Diffe...
During the development of oil field, well operation fluids will inevitably invade the formation, ...
The authors study concentration profiles of solutes undergoing equilibrium absorption in the vicinit...
The analytical solution for the convective-dispersive transport coupled with a combined ('two-si...
This thesis formulates mathematical modelling techniques to investigate groundwater contamination fr...
The subsurface is spatially heterogeneous in geologic material composition leading to non-uniform ...
We have developed a method for modeling contaminant transport in aquifers with rectangular boundarie...
Abstract The mass transport of contaminants in porous media is of great importance both in the field...
This study consider the development of three dimensional analytical solutions for contaminant transp...
Groundwater has always played an important role in human history. Groundwater contamination has been...
Artificial recharge is a technique used increasingly to supplement drinking water supplies. To asses...
A computer program, which enables us to calculate the anomalous non-Fickian contaminant transport in...
A three-dimensional model describing the two-phase (air-water) fluid flow equations in an integrated...
A two-dimensional steady-state solute transport model is developed to simulate movement of non-point...
To prevent the deterioration of groundwater quality, mathematical simulation models have been formul...
Dynamical systems can be predicted using mathematical models. These models are usually Partial Diffe...
During the development of oil field, well operation fluids will inevitably invade the formation, ...
The authors study concentration profiles of solutes undergoing equilibrium absorption in the vicinit...
The analytical solution for the convective-dispersive transport coupled with a combined ('two-si...
This thesis formulates mathematical modelling techniques to investigate groundwater contamination fr...
The subsurface is spatially heterogeneous in geologic material composition leading to non-uniform ...
We have developed a method for modeling contaminant transport in aquifers with rectangular boundarie...
Abstract The mass transport of contaminants in porous media is of great importance both in the field...
This study consider the development of three dimensional analytical solutions for contaminant transp...
Groundwater has always played an important role in human history. Groundwater contamination has been...
Artificial recharge is a technique used increasingly to supplement drinking water supplies. To asses...
A computer program, which enables us to calculate the anomalous non-Fickian contaminant transport in...
A three-dimensional model describing the two-phase (air-water) fluid flow equations in an integrated...
A two-dimensional steady-state solute transport model is developed to simulate movement of non-point...
To prevent the deterioration of groundwater quality, mathematical simulation models have been formul...
Dynamical systems can be predicted using mathematical models. These models are usually Partial Diffe...