NumericalEnvironmental/Theis_Well_Field_Drawdown NumericalEnvironmental/Theis_Well_Field_Drawdown

  • Stars
    star
    6
  • Rank 2,539,965 (Top 51 %)
  • Language
    Python
  • Created almost 8 years ago
  • Updated almost 8 years ago
Twitter logo Share LinkedIn logo Share Facebook logo Share
NumericalEnvironmental/Theis_Well_Field_Drawdown
github

NumericalEnvironmental

Reviews

There are no reviews yet. Be the first to send feedback to the community and the maintainers!

Repository Details

This python script uses scipy functionality (special function + spatial classes) to calculate the drawdown associated with a pumping well field according to the Theis equation.

More Repositories

1

Pumping_Test_Interpretation_with_Python

This is a Python (version 2 or 3) script to aid in the interpretation of aquifer pumping tests using the Theis (1935) and Hantush and Jacob (1955) solutions for confined and leaky confined aquifers, respectively, as well as a simple numerical method-of-lines solution for an unconfined aquifer with wellbore storage.
Python
24
star
2

Coupled_gas_water_flow_and_transport_porous_media

This Julia language (version 0.5) script solves the coupled partial differential equations associated with (1) compressible gas flow in partially water-saturated porous media, (2) partially-saturated flow of water (essentially amounting to a solution of the Richards equation using the Van Genuchten equations for capillarity and relative permeability), and (3) advective-dispersive transport of both aqueous-phase solutes and gas components in the respective media.
Julia
11
star
3

Coupled_gas_water_transport_with_geochemistry

A two-phase (water + gas) reactive transport model, written in Julia, that also simulates geochemical reactions between water-gas-mineral phases via a link with PHREEQC.
Julia
10
star
4

Monte_Carlo_atmospheric_plume

Air plume dispersion model, written in R - Monte Carlo mode enables multiple realizations
R
9
star
5

Unsaturated_Flow_2D_Steady-state

This script, written in Julia (v. 1.0), solves the steady-state form of the Richards equation for variably-saturated flow in porous media in a two-dimensional vertical cross section.
Julia
9
star
6

RBF-based_correlated_random_field_generator

This is a streamlined python 3 script for generating spatially-correlated random fields in 2-D or 3-D using a radial basis function interpolator.
Python
7
star
7

random_field

Python-based script for generating realistic-looking correlated random fields in 2-D or 3-D; includes a tkinter-based user interface
Python
6
star
8

vadose_multiphase

A python script for modeling 1-D multiphase flow, based on a method-of-lines approach to solving a modified form of the Richards equation
D
5
star
9

analytical_element_model

Analytic element groundwater model, written in python, that uses a leaky aquifer solution and can model faults, wells, and line injectors
Python
4
star
10

groundwater_chem_data_explorer

A simple python script for processing and analyzing a large, multi-parameter groundwater quality data set
Python
4
star
11

Simplified_surface_water-groundwater_screening_model

This python script models the transient flow of water through a network of connected stream reaches of differing slopes and widths in accordance with the Manning equation, also accounting for discharge through the stream bed to underlying groundwater.
D
4
star
12

MFP

3-D multiphase flow model, written in D-language, plus sample input files
D
4
star
13

Partially_saturated_groundwater_flow_model_in_julia

This julia script is a complete groundwater flow model based on the integral finite difference method.
Julia
4
star
14

water_gas

Python script to model coupled flow of water and gas phases in 1-D, variable-geometry porous media
Python
3
star
15

Numerical_Solver_in_Python_for_Soil_Infiltration_Tests

This is a short Python 3 script that uses the SciPy package’s integrate.odeint method to solve a set of coupled ordinary differential equations approximating the infiltration of a wetting front into unsaturated soil.
Python
3
star
16

Python_Script_for_Statistical_Resampling_and_Modeling_of_Multivariate_Water_Quality_Data

This special-purpose Python script reads a multivariate water quality data set, generates a larger synthetic data set with matching parameter probability distributions and pairwise correlations, and runs PHREEQC speciation simulations on the synthetic data.
Python
3
star
17

Facilitator_scripts_for_reactive_flow_through_fractured_rock_with_PHREEQC

This repository contains python scripts for pre- and post-processing PHREEQC simulations for flow through a dual-porosity column, emulating reactive transport through fractured porous media.
Python
3
star
18

1-D-diffusion

Julia script for modeling 1-D gaseous diffusion in porous media with fixed boundary conditions
Julia
2
star
19

Heuristic_model_for_aquifer-aquitard_structures_in_fluvial_environments

This julia script models the formation of aquifer-aquitard structures in a fluvial setting.
Julia
2
star
20

Diamond-Square_Terrain_and_3D_Lattice_Generation_with_Python_and_Pandas

This is a relatively short python script (works with versions 2 or 3) for generating fractal surfaces or volumes, starting with an arbitrary initial lattice.
Python
2
star
21

USG_python

A single-layer, unstructured grid finite-difference groundwater flow model, written in python
Python
2
star
22

Leaky_Aquifer_Analytical_Model_for_Gas_Flow

This Python script models the steady-state pressure distribution and gas mass fluxes associated with operation of a soil vapor extraction (SVE) system in a leaky aquifer setting.
Python
1
star
23

Heuristic_simulation_of_erosion_and_hydrologic_feature_formation

This julia language script reads an initial N x N grid of elevations across an x-y plane and simulates the formation of erosional and hydrologic features in response to user-supplied input parameters.
Julia
1
star
24

A_Prototype_Lake_Package_for_Solute_Transport_Modeling_with_PHAST

This Python script provides a limited groundwater-lake water interaction modeling capability to the U.S. Geological Survey’s PHAST reactive transport model.
Python
1
star
25

Numerical_Toolkit_for_Approximating_Groundwater_Flow_Field_from_Scattered_Data

This Julia script imports and interpolates scattered hydraulic head and hydraulic conductivity data (for a single-layer aquifer) using ordinary kriging.
Julia
1
star
26

VOC_Plume_Meta-analysis_with_Python

This is a python script I have written to read and parse a large groundwater quality database (tens of thousands of wells, with hundreds of thousands of sample events) into individual groundwater plumes, subject to subsequent spatial analyses to develop a simple set of plume metrics.
Python
1
star