Files | |
file | demo_adaptive_basisgen.m [code] |
demo_adaptive_basisgen | |
file | demo_cubegrid.m [code] |
demo_cubegrid small script demonstrating the possibilities of the cubegrid class. | |
file | demo_dare.m [code] |
file | demo_detailed_gui.m [code] |
demo gui for detailed simulations (calling demo_rb_gui after switching some pointers) | |
file | demo_dom_dec.m [code] |
Demo showing the functionality of the dom_dec routines. | |
file | demo_edge_quad.m [code] |
demonstration of the edge-quadratures over a grid | |
file | demo_elastic_membrane.m [code] |
demo of variational inequalities reduced order model | |
file | demo_explicit_FV.m [code] |
demo of a explicit FV scheme for advection-diffusion | |
file | demo_fem.m [code] |
demo of a finite element simulation | |
file | demo_fem2.m [code] |
Demo of +Fem usage for finite elements simulations of linear and stationary models: (i) Poisson, (ii) Stokes and nonlinear models: (iii) Navier-Stokes. | |
file | demo_fem2_discfunc.m [code] |
This demo shows the basic functionality of the discrete function class Fem.DiscFunc. | |
file | demo_femdiscfunc.m [code] |
Script demonstrating some basic functionality of lagrange finite element functions in the RBmatlab fem implementation. | |
file | demo_interpol.m [code] |
Script using femdiscfunc for interpolating functions by local and global evaluations. | |
file | demo_ldgfunc.m [code] |
demo for showing ldgfunc capabilities | |
file | demo_lin_ds.m [code] |
function demonstrating RB approach for linear dynamical systems according to MATHMOD 2009 paper | |
file | demo_quadratures.m [code] |
small script demonstrating interval integration of polynomials of degree pdeg with quadratures of degree qdeg | |
file | demo_rb_burgers_fv.m [code] |
small script demonstrating the RB-approach for nonlinear examples | |
file | demo_rb_error_gui.m [code] |
demo gui for detailed simulations and reduced simulation and plotting the error | |
file | demo_rb_explicit_evol.m [code] |
small script demonstrating the RB-approach for examples by interpolation of the explicit operator The linear advection-diffusion example of the lin-evol setting is used, but now the explicit discretization of the convection is realized by empirical interpolation. | |
file | demo_rb_lin_evol_oop.m [code] |
small collection of RBmatlab's rb-simulation abilities please inspect the source-file during execution, as the main purpose is to demonstrate the possibilities of RBmatlab's rb-philosophy | |
file | demo_rb_newton.m [code] |
demo_rb_newton | |
file | demo_rb_nonlin_symmetry.m [code] |
demo_rb_nonlin_symmetry | |
file | demo_rb_richards_fv.m [code] |
A small script demonstrating the online phase of the two models from the diploma thesis "Reduzierte-Basis Methoden für unges\"{a}ttigte Grundwasserstr"{o}mungen". | |
file | demo_rb_riemann_burgers.m [code] |
demo_rb_riemann_burgers | |
file | demo_rb_simtech.m [code] |
demo_rb_simtech demo starting a simtech LOGO in a fuelcell. Does not fully work yet... instead perhaps update the generating script simtech_fuelcall_gdl.... | |
file | demo_rb_steps_oop.m [code] |
small collection of RBmatlab's rb-simulation abilities please inspect the source-file during execution, as the main purpose is to demonstrate the possibilities of RBmatlab's rb-philosophy | |
file | demo_rb_steps_struct.m [code] |
small collection of RBmatlab's rb-simulation abilities please inspect the source-file during execution, as the main purpose is to demonstrate the possibilities of RBmatlab's rb-philosophy | |
file | demo_rb_stokes_fem.m [code] |
This function demonstrates the reduced basis approximation of the stationary Navier-Stokes equations (2-d CFD benchmark problem). | |
file | demo_rectgrid.m [code] |
small script demonstrating the possibilities of the rectgrid class | |
file | demo_thermalblock.m [code] |
demo_thermalblock | |
file | demo_triagrid.m [code] |
small script demonstrating the possibilities of the triagrid class | |
file | demo_vi.m [code] |
function testing the implementation of the RB-Method for Parametrized Variational Inequalities. In particular 1D FEM model of a hanging elastic rope with different elasticities in subdomains. | |
file | rbmatlabdemos.m [code] |
allows interactive choice of some rbmatlab demos subgroups | |
file | rbmatlabdemos_detailed.m [code] |
interactive gui for some high dimensional simulation demos | |
file | rbmatlabdemos_discfunc.m [code] |
interactive gui for some discrete function demos | |
file | rbmatlabdemos_elementary.m [code] |
interactive gui for some elementary (boring) demos | |
file | rbmatlabdemos_grid.m [code] |
interactive gui for some grid demos | |
file | rbmatlabdemos_rb_part1.m [code] |
interactive gui for some RB demos | |
file | rbmatlabdemos_rb_part2.m [code] |
interactive gui for some RB demos | |