Index

A

  • a priori corrector, 7
  • acoustic waves, 134, 161–163, 165, 168, 183, 185, 186
  • algorithm 1.1 Finite volume corrector computation, 13, 14
  • algorithm 1.2 Finite element nonlinear corrector computation, 17
  • algorithm 2.2 Transient b02_Inline_1_36.gif fixed-point mesh adaptation algorithm, 27, 36
  • algorithm 2.3 Convergent transient fixed-point mesh adaptation algorithm for flow with interface, 33, 34
  • algorithm 3.2 Multirate time-advancing, 49
  • algorithm 4.1 Adjoint-based mesh adaptation for a steady problem, 76, 90, 119
  • algorithm 5.1 Viscous goal-oriented mesh adaptation loop for steady flows, 90, 102, 104
  • algorithm 6.1 Norm-oriented mesh adaptation for a steady problem, 119, 120
  • algorithm 6.1 of Volume 1 Convergent steady fixed-point: Research of asymptotic convergence, 79, 102, 104
  • algorithm 7.1 Global transient fixed-point mesh adaptation algorithm, 159
  • algorithm 8.1 Third-order global fixed-point, 168, 183
  • anisotropic ratio/quotient of an element, 164
  • approximation ENO, 171
  • Aubin–Nitsche estimate, 86

B, C

D, E

  • decimation, 78
  • defect-correction (DC) corrector, 9
  • dispersion error, dissipation error, 174, 183
  • early capturing (EC) property of an adaptation, 22, 104
  • equidistribution adaption method, 155

F, G

L, M

  • level set method, 21, 22, 30
  • median finite volume cell, 47, 171
  • multiscale mesh adaptation, 21
  • MUSCL upwind scheme, 45, 62

N, R, S

  • numerical convergence order, 184
  • recovery methods, 7, 78, 103, 161
  • Spalart–Allmaras turbulence model, 9, 10, 129
  • superconvergent scheme, 55
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