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changes.mady.by.user Philip Claude Caplan

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Section
Column
width50%
Panel
titleNewton-Jacobi (Left):
  • SolversNonlinear solver:
    • Nonlinear: Newton
  • Preconditioner:
    • Block Jacobi (left)
  • ResultsSerial results:
    • Residual norm converges to 4.36·10^3571·10-13^ 13 after 5 iterations
    • Drag coefficient: CD = .53 5318 counts
    • Lift coefficient: CL = .96 9638 counts
Column
width50%
Panel
titleNewton-Jacobi (Right):
  • SolversNonlinear solver:
    • Nonlinear: Newton
  • Preconditioner:
    • Block Jacobi (right)
  • Results:
    • Residual norm converges to 4.35·10^3532·10-13^ 13 after 5 iterations
    • Drag coefficient: CD = .53 5318 counts
    • Lift coefficient: CL = .96 9638 counts
Section
width
Column
width50%
Panel
titleNewton-ILU
  • SolversNonlinear solver:
    • Nonlinear: Newton
  • Preconditioner:
    • Incomplete LU (0) (left)
    • Reordering type: Minimum discarded fill
    • Side: Left
  • Serial resultsResults:
    • Residual norm converges to 4.357·10^3566·10-13^ 13 after 5 iterations
    • Drag coefficient: CD = .5318 counts
    • Lift coefficient: CL = .9638 counts
Column
50%
Panel
titleNewton-ILU (Parallel)
  • Solvers:
    • Nonlinear: Newton
    • Preconditioner: Jacobi (right)
  • ResultsParallel results:
    • Residual norm converges to 4.36·10^3501·10-13^ 13 after 5 iterations
    • Drag coefficient: CD = .5318 counts
    • Lift coefficient: CL = .9638 counts
Section
Column
width50%
Panel
titleNewton-ILUTILUK
  • SolversNonlinear solver:
    • Nonlinear: Newton
  • Preconditioner: Threshold-based
    ** ?? Incomplete LU (ILUTILUK)
      (right)
    • Reordering type: Block Minimum Discarded Fill (MDF)
    • Fill level: 2
    • Drop threshold: 10^-3^
      • Minimum discarded fill
    • Side: Left
  • Serial results:
      Results:
      • Residual norm converges to 4.36·10^??·10-13^ 13 after 5 iterations
      • Drag coefficient: CD = .53 counts
      • Lift coefficient: CL = .96 counts
Column
width50%
  • Parallel results:
    Panel
    titleNewton-UMFPACK
    • Solvers:
      • Nonlinear: Newton
      • Preconditioner: UMFPACK (right)
    • Results:
      • Residual norm converges to 4.36·10^3545·10-13^ 13 after 5 iterations
      • Drag coefficient: CD = .5318 counts
      • Lift coefficient: CL = .9638 counts
    Section
    column
    Column
    width50%
    Panel
    titleNewton-ILU-ASM-MG (Parallel)UMFPACK
    • Nonlinear solverSolvers:
      • Nonlinear: Newton
    • Preconditioner: Jacobi (left)
      • Threshold-based Incomplete LU
      • Side: Right
      • Reordering type: Minimum discarded fill
    • Serial resultsResults:
      • Residual norm converges to 4.36·10^3559·10-13^ 13 after 5 iterations
      • Drag coefficient: CD = .53 5318 counts
      • Lift coefficient: CL = .96 9638 counts
    width50%
    • Parallel results:
      Panel
      titleNewton-ILU-ASM (Parallel)
      • Solvers:
        • Nonlinear: Newton
        • Preconditioner: Jacobi (right)
      • Results:
        • Residual norm converges to 4.36·10^3506·10-13^ 13 after 5 iterations
        • Drag coefficient: CD = .5318 counts
        • Lift coefficient: CL = .9638 counts
      Section
      Column
      width50%
      Panel
      titleLean Jacobi
      • SolversNonlinear solver:
        • Nonlinear: NewtonLean Jacobi
      • Preconditioner: Jacobi (left)
        • None
      • Serial resultsResults:
        • Residual norm converges to 4.36·10^7345·10-13^ 4 after 5 200 iterations
        • Drag coefficient: CD = .53 5098 counts
        • Lift coefficient: CL = .96 9478 counts
      Column
      width50%
      • Parallel results:
        Panel
        titleNewton-Osher
        • Solvers:
          • Nonlinear: Newton
          • Preconditioner: Jacobi (right)
        • Results:
          • Residual norm converges to 4.36·10^7345·10-13^ 4 after 5 200 iterations
          • Drag coefficient: CD = .5318 5098 counts
          • Lift coefficient: CL = .9638 9478 counts