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Single Species Solute Transport (SUTRA)

Modeling of seawater intrusion – A research report by the National Institute of Hydrology

In this study, a two dimensional numerical model in the vertical plane for simulating miscible transport of saltwater in a coastal aquifer has been developed. In order to simulate the variable density flow, the governing partial differential equation of flow and solute transport has been written in terms of pressure and concentration respectively.Read More

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Modelling of seawater intrusion by NIH (1999-2000)1.08 MB

Salt water intrusion in coastal aquifers - A research report by National Institute of Hydrology

In the study saltwater intrusion processes in a hypothetical homogenous and multi-layered coastal aquifer system are simulated using the United States Geological Survey (USGS) finite element model for saturated-unsaturated fluid density-dependent groundwater flow with energy transport of chemically reactive single species solute transport (SUTRA) for different boundary conditions and aquifer parameters.

The saltwater intrusion profiles for steady-state or transient conditions are obtained and analyzed. The effects of changes in the permeabilities of aquifers and aquitards, changes in the influx at the boundary, and changes in dispersivities in medium on the saltwater intrusion process are investigated.Read More

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Salt water intrusion in coastal aquifers by NIH (1998-99)926.13 KB
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