文件名称:AdaptiveParabolicSolver
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程序为自适应有限元法求解抛物型方程，都是matlab语言编写-Adaptive fenite element method solver for Parabolic equation.
(系统自动生成,下载前可以参看下载内容)
下载文件列表
AdaptiveParabolicSolver\coarsenGrid.m
.......................\commonGrid.m
.......................\demo.m
.......................\.oc\SpaceTimeAdaptiveAlgorithmForLinearParabolicProblems.pdf
.......................\etaSpatial.m
.......................\etaTemporal.m
.......................\.xamples\GroundWaterPollution\coordinates.dat
.......................\........\....................\dirichlet.dat
.......................\........\....................\elements.dat
.......................\........\....................\neumann.dat
.......................\........\....................\PollutionDriver.m
.......................\........\HeatEquation\coordinates.dat
.......................\........\............\dirichlet.dat
.......................\........\............\elements.dat
.......................\........\............\HeatEquationDriver.m
.......................\........\............\neumann.dat
.......................\........\Model1\coordinates.dat
.......................\........\......\dirichlet.dat
.......................\........\......\elements.dat
.......................\........\......\Model1Driver.m
.......................\........\......\neumann.dat
.......................\........\.....2\coordinates.dat
.......................\........\......\dirichlet.dat
.......................\........\......\elements.dat
.......................\........\......\Model2Driver.m
.......................\........\......\neumann.dat
.......................\options.m
.......................\parabolicSolver.m
.......................\refineGrid.m
.......................\solveP.m
.......................\tools\colors.dat
.......................\.....\saveGrid.m
.......................\.....\show.m
.......................\.....\tricontour.m
.......................\examples\GroundWaterPollution
.......................\........\HeatEquation
.......................\........\Model1
.......................\........\Model2
.......................\doc
.......................\examples
.......................\tools
AdaptiveParabolicSolver
.......................\commonGrid.m
.......................\demo.m
.......................\.oc\SpaceTimeAdaptiveAlgorithmForLinearParabolicProblems.pdf
.......................\etaSpatial.m
.......................\etaTemporal.m
.......................\.xamples\GroundWaterPollution\coordinates.dat
.......................\........\....................\dirichlet.dat
.......................\........\....................\elements.dat
.......................\........\....................\neumann.dat
.......................\........\....................\PollutionDriver.m
.......................\........\HeatEquation\coordinates.dat
.......................\........\............\dirichlet.dat
.......................\........\............\elements.dat
.......................\........\............\HeatEquationDriver.m
.......................\........\............\neumann.dat
.......................\........\Model1\coordinates.dat
.......................\........\......\dirichlet.dat
.......................\........\......\elements.dat
.......................\........\......\Model1Driver.m
.......................\........\......\neumann.dat
.......................\........\.....2\coordinates.dat
.......................\........\......\dirichlet.dat
.......................\........\......\elements.dat
.......................\........\......\Model2Driver.m
.......................\........\......\neumann.dat
.......................\options.m
.......................\parabolicSolver.m
.......................\refineGrid.m
.......................\solveP.m
.......................\tools\colors.dat
.......................\.....\saveGrid.m
.......................\.....\show.m
.......................\.....\tricontour.m
.......................\examples\GroundWaterPollution
.......................\........\HeatEquation
.......................\........\Model1
.......................\........\Model2
.......................\doc
.......................\examples
.......................\tools
AdaptiveParabolicSolver