test of conservativity of galerkin projection by the linear-fv approach. motivation of a conservative RB scheme is demonstrated with this example: The reduced scheme is not conservative, the missing conservativity correlates with the l1-error. So a conservative RB-scheme may result in a more accurate RB-scheme More...
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Functions | |
function | conservation_test () |
test of conservativity of galerkin projection by the linear-fv approach. motivation of a conservative RB scheme is demonstrated with this example: The reduced scheme is not conservative, the missing conservativity correlates with the l1-error. So a conservative RB-scheme may result in a more accurate RB-scheme | |
test of conservativity of galerkin projection by the linear-fv approach. motivation of a conservative RB scheme is demonstrated with this example: The reduced scheme is not conservative, the missing conservativity correlates with the l1-error. So a conservative RB-scheme may result in a more accurate RB-scheme
Definition in file conservation_test.m.
function conservation_test | ( | ) |
test of conservativity of galerkin projection by the linear-fv approach. motivation of a conservative RB scheme is demonstrated with this example: The reduced scheme is not conservative, the missing conservativity correlates with the l1-error. So a conservative RB-scheme may result in a more accurate RB-scheme
Definition at line 17 of file conservation_test.m.