MXM2 FORTRAN90/OpenMP version. Matrix multiplication tests. The number of processors available =  The number of threads available =  R8_MXM matrix multiplication timing. A(LxN) = B(LxM) * C(MxN). L = 500 M = 500 N = 500 Floating point OPS roughly 250000000 Elapsed time dT = 1.15361 Rate = MegaOPS/dT = 216.711 CPU timings for individual threads: 0 1.15309 MXM2: Normal end of execution. MXM2 FORTRAN90/OpenMP version. Matrix multiplication tests. The number of processors available =  The number of threads available =  R8_MXM matrix multiplication timing. A(LxN) = B(LxM) * C(MxN). L = 500 M = 500 N = 500 Floating point OPS roughly 250000000 Elapsed time dT = 0.597506 Rate = MegaOPS/dT = 418.406 CPU timings for individual threads: 0 1.19301 1 1.19303 MXM2: Normal end of execution. MXM2 FORTRAN90/OpenMP version. Matrix multiplication tests. The number of processors available =  The number of threads available =  R8_MXM matrix multiplication timing. A(LxN) = B(LxM) * C(MxN). L = 500 M = 500 N = 500 Floating point OPS roughly 250000000 Elapsed time dT = 0.364003 Rate = MegaOPS/dT = 686.808 CPU timings for individual threads: 0 1.31421 1 1.19060 2 1.18667 3 1.31800 MXM2: Normal end of execution.