SteadyFlowTransport
| main | Tutorials | Functions | website |
Solves the Advection dispersion equation for steady state flow
Version : 1.0
Author : George Kourakos
email: giorgk@gmail.com
web : http://groundwater.ucdavis.edu/msim
Date 18-Mar-2014
Department of Land Air and Water
University of California Davis
Contents
Usage
C = SteadyFlowTransport(Mglo, Dglo, F, Cinit, T, c, theta)
Input
Most of the inputs of this function are outputs of Assemble_LHS_std
Mglo: Sorption global Matrix
Dglo: Avection dispersion global Matrix
F: Right hand side vector
Cinit: Initial concentration
T: time steps
c : Dirichlet boundary conditions (see Assemble_LHS_std)
theta : defines the time differentiation scheme. e.g 0.5 -> Crank–Nicolson 0 -> Forward Euler, 1-> Backward Euler
Output
C: Distribution of solution