25 March 2023 5:00:04.495 PM HEATED_PLATE_OPENMP FORTRAN90 version A program to solve for the steady state temperature distribution over a rectangular plate. Spatial grid of 500 by 500 points. The iteration will repeat until the change is <= 0.100000E-02 The number of processors available = 16 The number of threads available = 1 MEAN = 74.9499 Iteration Change 1 18.7375 2 9.36874 4 4.09882 8 2.28958 16 1.13660 32 0.568201 64 0.282805 128 0.141777 256 0.708080E-01 512 0.354270E-01 1024 0.177074E-01 2048 0.885567E-02 4096 0.442760E-02 8192 0.221017E-02 16384 0.104281E-02 16955 0.999980E-03 Error tolerance achieved. Wall clock time = 51.6763 HEATED_PLATE_OPENMP: Normal end of execution. 25 March 2023 5:00:56.173 PM 25 March 2023 5:00:56.175 PM HEATED_PLATE_OPENMP FORTRAN90 version A program to solve for the steady state temperature distribution over a rectangular plate. Spatial grid of 500 by 500 points. The iteration will repeat until the change is <= 0.100000E-02 The number of processors available = 16 The number of threads available = 2 MEAN = 74.9499 Iteration Change 1 18.7375 2 9.36874 4 4.09882 8 2.28958 16 1.13660 32 0.568201 64 0.282805 128 0.141777 256 0.708080E-01 512 0.354270E-01 1024 0.177074E-01 2048 0.885567E-02 4096 0.442760E-02 8192 0.221017E-02 16384 0.104281E-02 16955 0.999980E-03 Error tolerance achieved. Wall clock time = 27.0446 HEATED_PLATE_OPENMP: Normal end of execution. 25 March 2023 5:01:23.221 PM 25 March 2023 5:01:23.223 PM HEATED_PLATE_OPENMP FORTRAN90 version A program to solve for the steady state temperature distribution over a rectangular plate. Spatial grid of 500 by 500 points. The iteration will repeat until the change is <= 0.100000E-02 The number of processors available = 16 The number of threads available = 4 MEAN = 74.9499 Iteration Change 1 18.7375 2 9.36874 4 4.09882 8 2.28958 16 1.13660 32 0.568201 64 0.282805 128 0.141777 256 0.708080E-01 512 0.354270E-01 1024 0.177074E-01 2048 0.885567E-02 4096 0.442760E-02 8192 0.221017E-02 16384 0.104281E-02 16955 0.999980E-03 Error tolerance achieved. Wall clock time = 13.2558 HEATED_PLATE_OPENMP: Normal end of execution. 25 March 2023 5:01:36.479 PM 25 March 2023 5:01:36.482 PM HEATED_PLATE_OPENMP FORTRAN90 version A program to solve for the steady state temperature distribution over a rectangular plate. Spatial grid of 500 by 500 points. The iteration will repeat until the change is <= 0.100000E-02 The number of processors available = 16 The number of threads available = 8 MEAN = 74.9499 Iteration Change 1 18.7375 2 9.36874 4 4.09882 8 2.28958 16 1.13660 32 0.568201 64 0.282805 128 0.141777 256 0.708080E-01 512 0.354270E-01 1024 0.177074E-01 2048 0.885567E-02 4096 0.442760E-02 8192 0.221017E-02 16384 0.104281E-02 16955 0.999980E-03 Error tolerance achieved. Wall clock time = 9.73714 HEATED_PLATE_OPENMP: Normal end of execution. 25 March 2023 5:01:46.220 PM 25 March 2023 5:01:46.222 PM HEATED_PLATE_OPENMP FORTRAN90 version A program to solve for the steady state temperature distribution over a rectangular plate. Spatial grid of 500 by 500 points. The iteration will repeat until the change is <= 0.100000E-02 The number of processors available = 16 The number of threads available = 16 MEAN = 74.9499 Iteration Change 1 18.7375 2 9.36874 4 4.09882 8 2.28958 16 1.13660 32 0.568201 64 0.282805 128 0.141777 256 0.708080E-01 512 0.354270E-01 1024 0.177074E-01 2048 0.885567E-02 4096 0.442760E-02 8192 0.221017E-02 16384 0.104281E-02 16955 0.999980E-03 Error tolerance achieved. Wall clock time = 6.26022 HEATED_PLATE_OPENMP: Normal end of execution. 25 March 2023 5:01:52.483 PM