Model Solution Library: Difference between revisions

From CSDMS
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*  '''Potential Flow Solutions''' </big> </big>
*  '''Potential Flow Solutions''' </big> </big>
: Stagnation Point
: Flow around a semi-infinite plate (power-law conformal map: n=1/2)
: Corner
: Flow around a right-angle corner (power-law conformal map: n=2/3)
: Source, Sink and Dipole
: Uniform flow (power-law conformal map: n = 1)
: Power-law conformal map: n=3/2
: Flow through a right-angle corner or at a stagnation point (power-law conformal map: n=2)
: Flow into a 60-degree corner (power-law conformal map: n=3)
: Doublet solution (source-sink pair;  power-law conformal map: n=-1)
: Quadrupole solution (power-law conformal map: n=-2)
: Joukowski  airfoil solution
: Joukowski  airfoil solution
: Darcy flow solutions
: Darcy flow solutions
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*  '''Minimal Surface Equation Solutions''' </big> </big>
*  '''Minimal Surface Equation Solutions''' </big> </big>
: Helicoid
: Inclined plane solution
: Catenoid ??
: Helicoid solution (Meusnier, 1776)
: ???
: Catenoid solution (Meusnier, 1776)
: Scherk's first surface solution  (Scherk, 1834)
: Scherk's second surface solution (Scherk, 1834)
: Costa surface solution (Costa, 1984)
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*  '''Steady-State Ideal Landform Equation Solution''' </big> </big>
*  '''Landform Evolution Equation Solutions''' </big> </big>
:  
: Steady-state, slope vs. area solution
: Terry Smith longitudinal profile solutions
: Peckham steady-state "ideal landform equation" solutions
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Revision as of 15:43, 21 May 2014

  CSDMS Model Solution Library

This is a collection of analytic or closed-form solutions to a variety of different mathematical models in the realm of surface process dynamics.


  • Navier Stokes Equation
Lamb vortex
Burgers' vortex
Rankine vortex (not a solution, though)

  • Shallow Water Equations
Inclined plane solution
Dam Break Characteristic Solution
Similarity solutions

  • Glacier Flow
Nye (200X) radially-symmetric (Glen Law) similarity solution

  • Potential Flow Solutions
Flow around a semi-infinite plate (power-law conformal map: n=1/2)
Flow around a right-angle corner (power-law conformal map: n=2/3)
Uniform flow (power-law conformal map: n = 1)
Power-law conformal map: n=3/2
Flow through a right-angle corner or at a stagnation point (power-law conformal map: n=2)
Flow into a 60-degree corner (power-law conformal map: n=3)
Doublet solution (source-sink pair; power-law conformal map: n=-1)
Quadrupole solution (power-law conformal map: n=-2)
Joukowski airfoil solution
Darcy flow solutions

  • Jet, Wake and Mixing Layer Solutions

  • Channel and Pipe Solutions
Poisseuille Flow

  • Taylor-Couette Flow Solution

  • Driven Cavity Solution
Numeric solution
Analytic solution

  • Boundary Layer Equation Solutions
Blasius
Falkners-Skan solution
Stokes First Problem
Stokes Second Problem

  • Stokes Settling Solutions

  • Ekman Spiral Solution

  • Minimal Surface Equation Solutions
Inclined plane solution
Helicoid solution (Meusnier, 1776)
Catenoid solution (Meusnier, 1776)
Scherk's first surface solution (Scherk, 1834)
Scherk's second surface solution (Scherk, 1834)
Costa surface solution (Costa, 1984)

  • Landform Evolution Equation Solutions
Steady-state, slope vs. area solution
Terry Smith longitudinal profile solutions
Peckham steady-state "ideal landform equation" solutions


  • Infiltration Theory Solutions
Broadsbent-Hammersley Solution