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  • Steady
  • Transient
  • Code Reference
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  • Steady
  • Transient
  • Code Reference
  • Cite
  • GitHub

Section Navigation

  • User-guide
    • Tutorial 0: Start a transient model
    • How-to: Select a model
    • How-to: Pumping test analysis with timflow
    • How-to: Make a cross-section model with timflow
    • How-to: Model fluctuating head boundaries with timflow
    • How-to: Convert a ttim model to timflow
  • Concepts
    • Elements
      • Area-sinks
      • Line-sinks
      • Line-doublets
      • Wells
    • Pathline tracing
  • Examples
    • Well near impermeable wall
    • Well near a straight river
    • Wells in different systems
    • Well in multi-layer system
    • Meandering river
    • Modeling a higher order head line-sink with variable head
    • Circular area-sink
    • Pathline tracing
  • Cross-sections
    • LineSink1D and LineDoublet1D
    • 1D given Linesink1D
    • HeadDiffLineSink1D and FluxDiffLineSink1D
    • Modeling infiltration in a cross-section
    • Modelling a river in a cross-section
  • Pumping tests
    • 1. Confined Aquifer Test - Oude Korendijk
    • 2. Confined Aquifer Test - Gridley
    • 3. Confined Aquifer Test - Sioux Flats
    • 4. Confined Aquifer Test - Nevada
    • 1. Leaky Aquifer Test - Dalem
    • 2. Leaky Aquifer Test - Hardinxveld
    • 3. Leaky Aquifer Test - Texas Hill
    • 1. Slug Test - Pratt County
    • 2. Slug Test for Confined Aquifer - Multi-well
    • 3. Slug Test - Falling Head
    • 4. Slug test for confined aquifer - Dawsonville
    • 1.Test for an anisotropic water-table aquifer - Moench Example
  • Benchmarks
    • Test Theis Storage
    • Test unconfined flow
    • Test line-sink comparison with row of wells
    • Test line-sinks with image wells
    • Well near a partially penetrating river with leaky bed - comparison with exact solution of Hunt (1999)
    • Test wells with analytical solutions
    • Test line-sink ditch
    • Test d1d2 function
    • Test tidal response with analytic solutions
    • Synthetic Pumping Test - Calibration
    • Synthetic Pumping Test - 2 aquifers
  • Introduction
  • Cross-section models

Cross-section models#

  • LineSink1D and LineDoublet1D

  • 1D given Linesink1D

  • HeadDiffLineSink1D and FluxDiffLineSink1D

  • Modeling infiltration in a cross-section

  • Modelling a river in a cross-section

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Pathline tracing

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LineSink1D and LineDoublet1D
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