rbmatlab  1.13.10
 All Classes Namespaces Files Functions Variables Groups Pages
Functions
scm_demo.m File Reference

scm_demo.m a simple demo script which produces scm_offline_data for the inf-sup constant of the scm_minimal_model. Then for a fine set of parameters in [0,1] the exact constant (mu), the lower bound {LB}(mu) and the exact cercivity constant (mu) are computet and the results are plottet. This shows that the scm_minimal_model is coercive up to mu = 0.5 and from there on it is only inf-sup stable. For mu = 0.5 it is neither cercive nor inf-sup stable. The main point is to show, that the SCM is working fine for little lin_stat inf-sup stable problems. More...

Go to the source code of this file.

Functions

function  scm_demo ()
 scm_demo.m a simple demo script which produces scm_offline_data for the inf-sup constant of the scm_minimal_model. Then for a fine set of parameters in [0,1] the exact constant (mu), the lower bound {LB}(mu) and the exact cercivity constant (mu) are computet and the results are plottet. This shows that the scm_minimal_model is coercive up to mu = 0.5 and from there on it is only inf-sup stable. For mu = 0.5 it is neither cercive nor inf-sup stable. The main point is to show, that the SCM is working fine for little lin_stat inf-sup stable problems.
 

Detailed Description

scm_demo.m a simple demo script which produces scm_offline_data for the inf-sup constant of the scm_minimal_model. Then for a fine set of parameters in [0,1] the exact constant (mu), the lower bound {LB}(mu) and the exact cercivity constant (mu) are computet and the results are plottet. This shows that the scm_minimal_model is coercive up to mu = 0.5 and from there on it is only inf-sup stable. For mu = 0.5 it is neither cercive nor inf-sup stable. The main point is to show, that the SCM is working fine for little lin_stat inf-sup stable problems.

Definition in file scm_demo.m.