Evolving surface finite element method
v0.3.0-14-g3598512
Numerical experiments for my papers
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Numerical experiment for the solution driven paper. More...
Go to the source code of this file.
Classes | |
class | Esfem::Brusselator_scheme |
Implementation of the Elliott and Styles full discretization of the tumor problem. More... | |
struct | Esfem::Brusselator_scheme::Io |
Shortens Brusselator_scheme(). More... | |
struct | Esfem::Brusselator_scheme::Init_data |
Initial data respectively exact solution for numerical experiments. More... | |
struct | Esfem::Brusselator_scheme::Fef |
Shortens Brusselator_scheme(). More... | |
Namespaces | |
Esfem | |
The evolving surface finite element method. | |
Functions | |
void | Esfem::brusselator_algo (int argc, char **argv) |
ESFEM algorithm. Only this should be invoked by main. More... | |
Numerical experiment for the solution driven paper.
Revised by Christian Power June 2016 Revised by Christian Power May 2016 Revised by Christian Power April 2016 Revised by Christian Power March 2016 Originally written by Christian Power (power22c@gmail.com) February 2016
This header provides model classes and operator classes to solve a tumor growth model proposed by Elliott and Styles via the ESFEM. Enter path to writable directory in the macro variable FEF_PATH.
Definition in file brusselator_algo.h.