Download FEFLOW Manuals

feflow_54_booklet.pdf

FEFLOW Installation Guide and Demonstration Exercise

2.1 M

demo_exercise_espanol.pdf

Demonstration Exercise Spanish

2.1 M

feflow_users_manual.pdf

Users Manual

8.0 M

reference_manual.pdf

Reference Manual

5.7 M

white_papers_vol1.pdf

White Papers Volume 1

8.4 M

white_papers_vol2.pdf

White Papers Volume 2

5.5 M

white_papers_vol3.pdf

White Papers Volume 3

1.0 M

white_papers_vol4.pdf

White Papers Volume 4

3.9 M

white_papers_vol5.pdf

White Papers Volume 5

3.6 M

Content of the FEFLOW Reference Manual and the White Papers

Reference Manual

  1. Basic equations
  2. Flow and Transport Processes with Free Surfaces
  3. Basic Equations of Modeling
  4. Initial, Boundary, and Constraint Conditions
  5. Anisotropy
  6. Relating the Formulations to FEFLOW
  7. References
  8. Nomenclature
  9. Theis' Problem
  10. Ogata and Banks' Problem: 1-D Advection-Dispersion-Decay
  11. Bruch and Street's Problem: Layered Aquifer
  12. Matrix Diffusion in Fractured Porous Media
  13. Hoopes and Harlemann's Experiment: The Two Well Problem
  14. Elder's Problem: Natural Convection
  15. Thermohaline Convection
  16. Henry's Problem
  17. Salt Dome Problem (HYDROCOIN case 5 level 1)
  18. Gardner's Problem: Unsaturated Soil Column
  19. Celia et al.'s Problem: Unsaturated Flow in a Homogeneous Soil
  20. Van Genuchten Problem: Unsaturated Flow in an Inhomogeneous Soil
  21. Vauchaud et al.'s Problem: Drainage Experiment
  22. Webb's Capillary Barrier Problem
  23. Hysteretic Flow in an Unsaturated Soil Column
  24. Wendland and Himmelsbach's Experiment: Solute Transport in a Three-dimensional Fracture-Matrix System
  25. Three-dimensional Anisotropy and Patterns of Groundwater Whirls

White Papers Vol. I

  1. On the primary variable switching technique for simulating unsaturated-saturated flows
  2. Treatment of free surfaces in 2D and 3D groundwater modeling
  3. Error propagation in the Newton-based solution control of unsaturated flow
  4. A shock-capturing finite-element technique for unsaturated-saturated flow and transport problems
  5. Error norms used in FEFLOW
  6. About the difference between the convective form and the divergence form of the transport equation
  7. About the formulation of hydraulic head boundary (potential) conditions for fluid density-dependen groundwater problems
  8. An efficient method for computing groundwater residence times
  9. Discrete feature modeling of flow, mass and heat transport processes by using FEFLOW
  10. Chemical reactions
  11. Remarks on gas flow modling by using FEFLOW
  12. Steady-state linearized Richards equation for fast solution of unsaturated flow systems (FUSY)
  13. The Petrov-Galerkin least square method (PGLS)
  14. Extended formulations of constraints for Cauchy-type (3rd kind) boundary conditions in FEFLOW
  15. Nonlinear dispersion in density-dependent mass transport
  16. Consistent velocity approximation in the finite-element simluation of density-dependent mass and heat transport processes
  17. Coupled groundwater flow and transport: Thermohaline and 3D convection systems

White Papers Vol. II

  1. Variable-Density Flow and Transport in Porous Media: Approaches and Challenges

White Papers Vol. III

  1. Modeling variable-density problems in 2D horizontally schematized aquifers using projected gravity
  2. Derivation of the coefficients of thermal expansion and compressibility for use in FEFLOW
  3. Using and testing the algebraic multigrid equation solver SAMG in FEFLOW

White Papers Vol. IV

  1. Reactive multi-species transport
  2. Parameter estimation of transient flow problems with PEST in FEFLOW
  3. Benchmarking variable-density flow and transport in porous media containing an inclined fracture
  4. Numerical simulation of variable-density multi-diffusive fingering convection phenomena

White Papers Vol. V

 

  1. Finite element formulation for borehole heat exchangers in modeling geothermal heating systems by FEFLOW
  2. Derivation of the coefficients of compressibility, thermal expansion and fluid density difference ratio for reproducing aqueous NaCI density