Model Solution Library

  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. It is provided for the purpose of model validation by the CSDMS Cyber-informatics and Numerics Working Group. In the near future, this will include links to pages where the solutions are given and described.

Navier-Stokes Equation

Lamb vortex

Burgers' vortex

Rankine vortex (not a solution, though)

Taylor-Couette flow (and Taylor-Dean flow ??)

Shallow Water Equations

Inclined plane solution

Dam Break Characteristic Solution

Similarity solutions

Glacier Flow Equations

Halfar (1983) radially-symmetric (Glen Law) similarity solution

Bueler et al. (****) similarity solution

Potential Flow, 2D

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

Goertler 2D turbulent jet solution

Tollmien 2D turbulent jet solution

Peckham 2D turbulent jet solution

Channel and Pipe Flow Solutions

Poisseuille Flow

Driven Cavity Solutions

Numeric solution

Analytic solution

Boundary Layer Equation

Blasius

Falkners-Skan solution

Stokes First Problem

Stokes Second Problem

Landscape Evolution Equations

Steady-state, slope vs. area solution

Terry Smith longitudinal profile solutions

Peckham steady-state "ideal landform equation" solutions

Infiltration Theory

Broadsbent-Hammersley Solution

Wave Equation

d'Alembert solution

Heat Equation

Gaussian, radially-symmetric similarity solution

Laplace Equation

Many, via separation of variables method.

Poisson Equation

many, from Poisson representation formula

Minimal Surface Equation

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)

Burgers' Equation

many, via Cole-Hopf transformation to Heat Equation