Difference between revisions of "AEM Gourmet Corner"

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Confidence in contributed code might be enhanced if principles of design by contract are agreed upon for object oriented languages (see wikipedia Design By Contract [http://en.wikipedia.org/wiki/Design_by_contract], Python DBC [http://www.nongnu.org/pydbc/], and Design by Contract for Python [http://www.swe.uni-linz.ac.at/publications/abstract/TR-SE-97.24.html].
 
Confidence in contributed code might be enhanced if principles of design by contract are agreed upon for object oriented languages (see wikipedia Design By Contract [http://en.wikipedia.org/wiki/Design_by_contract], Python DBC [http://www.nongnu.org/pydbc/], and Design by Contract for Python [http://www.swe.uni-linz.ac.at/publications/abstract/TR-SE-97.24.html].
  
 +
= [[library|Library of analytic solutions]] =
  
= analytic (Strack classification) =
 
 
== horizontal confined flow ==
 
 
=== one-dimensional flow ===
 
 
insert text description
 
 
<math> \phi = -(\phi_1 - \phi_2 )\frac{x}{L} + \frac{1}{2}(\phi_1 + \phi_2) </math>
 
 
 
insert conceptual model (graphic)
 
 
insert code snippets (python, fortran)
 
 
insert solution heads (graphic)
 
 
=== radial flow ===
 
 
=== two-dimensional flow ===
 
 
== shallow unconfined flow ==
 
 
=== one-dimensional flow ===
 
=== two-dimensional flow ===
 
 
== combined shallow confined and unconfined flow ==
 
 
=== one-dimensional flow ===
 
=== radial flow ===
 
 
== shallow unconfined flow with rainfall ==
 
 
== shallow interface flow ==
 
 
== aquifers with vertically varying hydraulic conductivity ==
 
 
== shallow flow in aquifers with clay laminae ==
 
 
== shallow interface flow in aquifers with impermeable laminae ==
 
 
== shallow semiconfined flow ==
 
 
== shallow flow in systems of aquifers separated by leaky layers ==
 
 
== transient shallow flow ==
 
 
== two-dimensional flow in the vertical plane ==
 
 
== three-dimensional flow ==
 
 
 
 
 
= analytical (Bruggeman classification) =
 
 
== Phreatic groundwater ==
 
 
Exact solutions
 
 
One-dimensional horizontal flow
 
 
Two-dimensional radial-symmetric horizontal flow
 
 
General two-dimensional horizontal flow
 
 
== Confined groundwater ==
 
 
One-dimensional flow
 
 
Two-dimensional radial-symmetric flow
 
 
General two-dimensional flow
 
 
Three-dimensional spherical flow
 
 
Three-dimensional axial-symmetric flow
 
 
General three-dimensional flow
 
 
== Multi-layer systems ==
 
 
== Dispersion ==
 
 
==  Density flow (interface)==
 
  
  

Revision as of 11:36, 29 August 2007

The gourmet corner is a place for community contributions of recipes, howtos and examples for analytical and numerical modeling of ground water flow and transport.

AEM gourmet corner wiki uses a subset of TeX, including some extensions from LaTeX and AMSLaTeX, for mathematical formulae. Thus, only a limited part of the full TeX language is supported. Here is a guide for math syntax [1].

Please note that all contributions to Gourmet Corner may be edited, altered, or removed by other contributors, in the spirit of collegiality and peer review. Do not submit copyrighted work with permission. You are encouraged to assign an open source license to your source code [2].

Confidence in contributed code might be enhanced if principles of design by contract are agreed upon for object oriented languages (see wikipedia Design By Contract [3], Python DBC [4], and Design by Contract for Python [5].

Library of analytic solutions

howtos

examples