CFD Online URL
[Sponsors]
Home > Wiki > Numerical methods

Numerical methods

From CFD-Wiki

(Difference between revisions)
Jump to: navigation, search
Line 8: Line 8:
## [[Finite differences]]
## [[Finite differences]]
## [[Finite volume]]
## [[Finite volume]]
-
### [[Discretisation of convective term]]
 
### [[Discretization of the diffusion term]]
### [[Discretization of the diffusion term]]
### [[Discretization of the convection term]]
### [[Discretization of the convection term]]
### [[Discretization of the source term]]
### [[Discretization of the source term]]
-
### [[Discretisation of diffusive term]]
 
### [[Gradient computation]]
### [[Gradient computation]]
## [[Finite element]]
## [[Finite element]]

Revision as of 03:15, 7 December 2005

Numerical Aspects of CFD

This section covers the numerical soul of CFD.

  1. Introduction to numerical methods
  2. Geometrical Calculations
    1. Area calculations
    2. Volume calculations
  3. Discretisation
    1. Finite differences
    2. Finite volume
      1. Discretization of the diffusion term
      2. Discretization of the convection term
      3. Discretization of the source term
      4. Gradient computation
    3. Finite element
    4. Time discretisation
      1. Euler method
      2. Predictor corrector methods
        1. Runge Kutta methods
        2. Adams Bashforth method
        3. Adams Moulton method
      3. Implicit second order method
  4. Linear equation systems
    1. Introduction and need
    2. Matrix Related
      1. Matrix factorisation
        1. LU factorisation for sparse matrices
        2. Incomplete Cholesky factorization
    3. Direct numerical solutions
      1. Gauss elimination
      2. LU decomposition method
      3. Direct solution to tridiagonal matrix
        1. Thomas algorithm
    4. Iterative solutions
      1. Basic concept of iterative solutions
      2. Gauss-Seidel method
      3. Jacobi method
      4. Successive over-relaxation method
      5. Stone's method
      6. Alternating direction implicit (ADI) method
      7. Congugate gradient methods
        1. Conjugate gradient method of Golub and van Loan
        2. Biconjugate gradient method
        3. Biconjugate gradient stabilized method
    5. Multigrid methods
      1. Geometric multigrid
      2. Additive corrective multigrid
  5. Solution of Poisson's equation
  6. Solution of Navier-Stokes equation
    1. Velocity-pressure coupling
      1. Rhie-Chow interpolation
    2. Fully coupled methods - FC
    3. DeCoupled methods - DC
      1. SIMPLE algorithm
      2. SIMPLEC algorithm - SIMPLE Consistent
      3. SIMPLEM algorithm - SIMPLE-Modified
      4. SIMPLEX algorithm
      5. SIMPLEST algorithm - SIMPLE ShorTened
      6. SIMPLER algorithm - SIMPLE - Revised
      7. PISO algorithm - Pressure Implicit with Split Operator
      8. PRIME algorithm - PRessure Implicit Momentum Explicit
      9. MSIMPLEC, MPISO , SIMPLESSEC , SIMPLESSE
      10. CPC - Compressible Pressure Correction algorithm
      11. MCBA - Mass Conservation Based Algorithms
      12. GCBA - Geometric Conservation Based Algorithms
      13. IPSA - Inter-Phase Slip Algorithm
      14. CPI - Consistent Physical Interpolation
      15. MWIM - Momentum Weighted Interpolation Method
      16. PWIM - Pressure Weighted Interpolation Method
      17. ACM - Artificial Compressibility Method
  7. Solution of Euler equation
  8. Efficiency and stability
    1. Limiters
      1. Flux limiters
      2. Gradient limiters
  9. Meshless methods
  10. Overset grids
  11. Panel method
  12. CFD Related algorithms
    1. Wall distance Calculations
      1. Moore's kd-tree algorithm
      2. Transport equation based wall distance calculation
My wiki