Model Solution Library: Difference between revisions
From CSDMS
Line 17: | Line 17: | ||
: | : | ||
<big><big> | <big><big> | ||
* '''Glacier Flow Similarity | * '''Glacier Flow Similarity Solution''' </big> </big> | ||
: | : Nye (200X) radially-symmetric (Glen Law) solution | ||
: | : | ||
: | : | ||
Line 72: | Line 72: | ||
: Catenoid ?? | : Catenoid ?? | ||
: ??? | : ??? | ||
: | |||
<big><big> | |||
* '''Steady-State Ideal Landform Equation Solution''' </big> </big> | |||
: | |||
: | |||
: | |||
<big><big> | <big><big> |
Revision as of 14:58, 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.
- Vortex Solutions to Navier Stokes Equation
- Lamb vortex
- Burgers' vortex
- Rankine vortex (not a solution, though)
- Similarity Solutions to Shallow Water Equations
- Inclined plane solution
- Dam Break Characteristic Solution
- Glacier Flow Similarity Solution
- Nye (200X) radially-symmetric (Glen Law) solution
- Potential Flow Solutions
- Stagnation Point
- Corner
- Source, Sink and Dipole
- 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
- Helicoid
- Catenoid ??
- ???
- Steady-State Ideal Landform Equation Solution
- Infiltration Theory Solutions
- Broadsbent-Hammersley Solution