Accurate and reliable prediction of the groundwater level variation is significant and
essential in water resources management of a basin. The situation is complicated by the fact …

A multi-dimensional and multi-species reactive transport model was developed to aid in the
analysis of natural attenuation design at chlorinated solvent sites. The model can simulate …

Sea level rise and reduction of groundwater fluxes due to changes in rainfall patterns are the
two major climate change–induced hydrological variables that can severely affect saltwater …

Benzene, toluene, ethyl benzene and xylene (BTEX) dissolved into ground water and
migrated from a light nonaqueous phase liquid (LNAPL) source in a sandy aquifer near a …

A generalized solution methodology is presented for deriving analytical solutions to
multispecies transport equations coupled with multiparent, serial, parallel, converging …

The contamination of groundwater aquifers by chlorinated solvents is a water-resource issue
of great importance worldwide. Such contaminants are difficult to treat because they are …

Analytical solutions for coupled multi-species solute transport problems are difficult to derive
and relatively few in subsurface hydrology. Decomposition strategy such as linear transform …

This paper presents a general method for solving coupled multi-dimensional, multi-species
reactive transport equations. The new method can be used for solving multi-species …

This paper presents a semi-analytical procedure for solving coupled the multispecies
reactive solute transport equations, with a sequential first-order reaction network on spatially …

Most analytical or semi-analytical models currently used to simulate multispecies transport
assume instantaneous equilibrium between the dissolved and sorbed phases of the …