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378 Appendix A
4.4.2 Implicit Methods: Crank—Nicholson for Parabolic Equations
Example 4.3:
Compile example4_03. f and generate PC executable file example4_03. exe
t
Input data: able4_03inp.txt, output file: table4_030ut.txt
4.4.3 Implicit Methods: Keller's Box Method for Parabolic Equations
Example 4.4:
Compile example4_04.f and generate PC executable file example4_04.exe
Output file: example4_040ut. x t
t
4.5.1 Direct Method for Elliptic Equations
Example 4.5:
Compile example4_05. f and generate PC executable file example4_05. exe
t
Input data: able4_05inp.txt, output file: table4_050ut.txt
4.5.2 Iterative Methods for Elliptic Equations
Compile Gauss-Seidel and SOR methods: SOR.f and generate PC executable
file: SOR.exe
Compile ADI method: ADI.f and generate PC executable file: ADI.exe
Example 4.6:
Perform calculations by executing SOR.exe and ADI.exe to get the results.
4.5.3 Multigrid Method for Elliptic Equations
Example 4.7:
Two-Grid Method
Compile TwoGrid.f and generate PC executable file: TwoGrid.exe
Output: TG_0ut.txt and Error: TG_error.txt
Chapter 5
Numerical Methods for Hyperbolic Equations
Example 5.2:
Two-step Lax-Wendroff method LaxWendrof f .f
Compile two-step Lax-Wendroff method LaxWendrof f .f and generate PC ex-
ecutable file: LaxWendroff.exe
