Local knot vector cache effectivity: 83.33333333333334
Local knot vector cache effectivity: 83.33333333333334
Local knot vector cache effectivity: 95.83333333333334
stokes
integrate
integrating 1+3 distinct blocks
integrate
integrating 1+1 distinct blocks
solve
solving system using sparse direct solver
solver returned with residual 7e-17
integrate
integrating 1 distinct blocks
velocity divergence: 6.30e-16
optimize
iter 0
integrate
integrating 1+1 distinct blocks
iter 1
solve
solving system using sparse direct solver
solver returned with residual 5e-16
integrate
integrating 1 distinct blocks
constrained 624/624 dofs, optimum value 9.73e-31
flow.jpg
navierstokes
iter 0
integrate
integrating 1+3 distinct blocks
integrate
integrating 1+1 distinct blocks
integrate
integrating 1+1 distinct blocks
iter 1
solve
solving system using sparse direct solver
solver returned with residual 4e-16
integrate
integrating 1+3 distinct blocks
integrate
integrating 1+1 distinct blocks
integrate
integrating 1+1 distinct blocks
residual norm +48.96% / 1 with minimum at x0.46
integrate
integrating 1+3 distinct blocks
integrate
integrating 1+1 distinct blocks
integrate
integrating 1+1 distinct blocks
residual norm -27.55% / 0.45651 with minimum at x0.96
residual: 2.12e-02 (2%)
iter 2
solve
solving system using sparse direct solver
solver returned with residual 6e-17
integrate
integrating 1+3 distinct blocks
integrate
integrating 1+1 distinct blocks
integrate
integrating 1+1 distinct blocks
residual norm -35.39% / 0.43975 with minimum at x1.35
residual: 1.37e-02 (4%)
iter 3
solve
solving system using sparse direct solver
solver returned with residual 6e-17
integrate
integrating 1+3 distinct blocks
integrate
integrating 1+1 distinct blocks
integrate
integrating 1+1 distinct blocks
residual norm -31.18% / 0.59483 with minimum at x0.81
residual: 9.42e-03 (6%)
iter 4
solve
solving system using sparse direct solver
solver returned with residual 5e-17
integrate
integrating 1+3 distinct blocks
integrate
integrating 1+1 distinct blocks
integrate
integrating 1+1 distinct blocks
residual norm -17.92% / 0.47946 with minimum at x0.74
residual: 7.73e-03 (7%)
iter 5
solve
solving system using sparse direct solver
solver returned with residual 6e-17
integrate
integrating 1+3 distinct blocks
integrate
integrating 1+1 distinct blocks
integrate
integrating 1+1 distinct blocks
residual norm -27.62% / 0.35639 with minimum at x2.26
residual: 5.60e-03 (8%)
iter 6
solve
solving system using sparse direct solver
solver returned with residual 2e-17
integrate
integrating 1+3 distinct blocks
integrate
integrating 1+1 distinct blocks
integrate
integrating 1+1 distinct blocks
residual norm -63.38% / 0.71277 with minimum at x1.65
residual: 2.05e-03 (14%)
iter 7
solve
solving system using sparse direct solver
solver returned with residual 5e-18
integrate
integrating 1+3 distinct blocks
integrate
integrating 1+1 distinct blocks
integrate
integrating 1+1 distinct blocks
residual norm -98.04% / 1 with minimum at x1.01
residual: 4.02e-05 (34%)
iter 8
solve
solving system using sparse direct solver
solver returned with residual 5e-19
integrate
integrating 1+3 distinct blocks
integrate
integrating 1+1 distinct blocks
integrate
integrating 1+1 distinct blocks
residual norm -98.53% / 1 with minimum at x1.01
residual: 5.90e-07 (55%)
iter 9
solve
solving system using sparse direct solver
solver returned with residual 2e-21
integrate
integrating 1+3 distinct blocks
integrate
integrating 1+1 distinct blocks
integrate
integrating 1+1 distinct blocks
residual norm -100.00% / 1 with minimum at x1.0
tolerance reached in 9 iterations with residual 4.12e-13
integrate
integrating 1 distinct blocks
velocity divergence: 2.28e-16
optimize
iter 0
integrate
integrating 1+1 distinct blocks
iter 1
solve
solving system using sparse direct solver
solver returned with residual 7e-16
integrate
integrating 1 distinct blocks
constrained 624/624 dofs, optimum value 4.30e-30
flow.jpg