Wood River Valley Groundwater-Flow Model
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Updated
Apr 7, 2023 - Fortran
Wood River Valley Groundwater-Flow Model
Learning MODFLOW 6 using the FloPy library
Analytic element groundwater model, written in python, that uses a leaky aquifer solution and can model faults, wells, and line injectors
A single-layer, unstructured grid finite-difference groundwater flow model, written in python
Phase-averaged tidal boundary condition for numerical groundwater flow models in flopy with MODFLOW-2005, SEAWAT, and MODFLOW 6
A Julia-language script for modeling LNAPL floating on top of groundwater in a single-layer unconfined aquifer using an integral finite difference methodology
This is a relatively short program, written and compiled in D-language (https://dlang.org/), which simulates time-dependent mounding of groundwater in an unconfined aquifer underneath recharge basin(s), subject to pumping from nearby well(s).
This project was developed for identifying best geographical for groundwater recharge
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