Matlab package for u_t+lu=n(u,\nabla u) in matlab

The following Matlab project contains the source code and Matlab examples used for matlab package for u_t+lu=n(u,\nabla u) . LiScM2 is a MATLAB package for the numerical solutions of some partial differential evolution equations u_t+Lu=N(u,\nabla u), with boundary and initial conditions, where L is a 2D linear elliptic operator (Laplace operator for this version) and N is a nonlinear part.

The source code and files included in this project are listed in the project files section, please make sure whether the listed source code meet your needs there.

Project Files: 

File NameSize
license.txt 1311
blow.m 798
nonlin3.m 208
coef.m 135
f.m 65
lambda.m 119
poisson.m 357
t.m 83
w.m 69
comb.m 522
nonlin4.m 126
asoc.m 382
nonlin2.m 178
pnl.m 843
combL.m 687
nonlin5.m 119
bound.m 1090
boundL.m 1047
boundSQ.m 718
coord.m 151
finalgrid.m 1746
lapeigfun.m 534
matr.m 504
nlapeigfun.m 1392
pd.m 507
plgr.m 240
poldif.m 2939
startgrid.m 852
valpr.m 504
liscstartup.m 289
readme.txt 971
tutorial.pdf 553491




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