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• V2-f models
  ...x \left[ \min \left( \frac{k}{\varepsilon},\, \frac{0.6}{\sqrt{6} C_{\mu} |S|\zeta} \right), C_T \left( \frac{\nu}{\varepsilon} \right)^{1/2} \right]</ \frac{k^{1/2}}{\sqrt{6} C_{\mu} |S| \zeta} \right), C_{\eta}
  6 KB (917 words) - 05:45, 7 February 2014
• Johnson-King model
  ...for popular turbulence models transport equations are solved which are PDE's). This model solves for a transport equation for the maximum shear stress. *<b>Johnson, D.A. and King, L.S.</b> A mathematically simple turbulence closure model for attached and sepa
  735 B (103 words) - 05:48, 17 January 2012
• Ahmed body
  The Ahmed body was described originally by S. R. Ahmed in 1984 [1]. Three main features were seen in the wake: ...s-section of 1.87x1.4 m2 (width x height) with a bulk [[velocity]] of 40 m/s. The [[test-section]] of the [[wind-tunnel]] was 3/4 open (only ground plat
  4 KB (577 words) - 05:46, 6 October 2015
• General CFD FAQ
  [[Category: FAQ's]]
  7 KB (1,199 words) - 13:47, 5 June 2013
• CHAM FAQ
  ...quation solver for each finite-volume equation is a modified form of Stone's strongly implicit solver, but the option exists to use a Conjugate Gradient * FROMM: FROMM's scheme
  37 KB (5,717 words) - 12:46, 9 December 2019
• CFD-Wiki:Format and style guide
  {{reference-paper|author=Granville, P. S.|year=1987|title=Baldwin-Lomax Factors for Turbulent :{{reference-paper|author=Granville, P. S.|year=1987|title=Baldwin-Lomax Factors for Turbulent Boundary Layers in Pre
  7 KB (1,110 words) - 15:32, 22 March 2014
• CFD-Wiki:Goals
  *'''FAQ's''' ...ly asked questions in different areas of CFD. There are also dedicated FAQ's for each discussion forum here at CFD Online.
  2 KB (238 words) - 15:29, 22 March 2014
• Finite element
  where the a's are unknown coefficients that are to be determined. For an initial value, i ...functions, one can generate as many equations as there are unknowns (the a's) thus yielding a albegraic system of equations.
  1 KB (226 words) - 12:09, 31 August 2011
• Hall of fame
  *W.C.S. Wigley *S. Osher
  2 KB (324 words) - 18:33, 27 June 2018
• CFD quotations
  * It's deja-screw all over again <br> --''Gary Montry'' * The world's an exciting place when you know CFD <br>--''John Shadid''
  1 KB (255 words) - 13:45, 28 June 2018
• Gridgen
  Gridgen's end-of-life went into effect in September 2016. #Coon's patch
  2 KB (258 words) - 13:19, 13 June 2018
• Turbulence intensity
  {{reference-paper|author=[1] ANSYS, Inc.|year=2022|title=ANSYS Fluent User's Guide, Release R1|rest=Equation (7.71)}}
  5 KB (661 words) - 16:24, 23 July 2022
• Wall shear stress
  ...is pascal (<math>Pa</math>), which is identical to <math>\frac{kg}{m\cdot s^2}</math>.
  433 B (78 words) - 10:21, 5 December 2012
• Skin friction coefficient
  ...that the flow is laminar for the first part of the plate and using Blasius's equeation, after providing corrective some corrective factors , Schlichting
  4 KB (516 words) - 12:14, 14 January 2016
• Law of the wall
  |<math>\kappa</math> || von Karman's constant (<math>\approx 0.41</math>)
  744 B (111 words) - 08:32, 7 September 2011
• Introduction to turbulence/Statistical analysis/Ensemble average
  ...l result, you probably noticed that the value of the <math> X_{10} </math>'s was also a random variable and differed from ensemble to ensemble. Also the
  8 KB (1,391 words) - 12:29, 2 July 2011
• Introduction to turbulence/Reynolds averaged equations
  ...in reality three separate equations. These three equations are just Newton's second law written for a continuum in a spatial(or Eulerian) reference fram :<math>\tilde{T}_{ij}^{(v)}= 2\mu[\tilde{s}_{ij}-\frac{1}{3}\tilde{s}_{kk}\delta_{ij}] </math>
  45 KB (7,578 words) - 08:35, 21 August 2013
• Flow around a circular cylinder
  [5] D'Alessio, S. J. D. and Dennis, S. C. R., 1994, A vorticity model for viscous flow past a cylinder, Comp. Flu [6] Dennis, S. C. R. and Chang, G.-Z., 1970, Numerical solutions for steady flow past a c
  6 KB (884 words) - 11:31, 8 April 2017
• Introduction to turbulence/Turbulence kinetic energy
  ...now. It’s a lot easier to teach if we just tell you one view, but that’s not very good preparation for the future. '''Example:''' Estimate the Kolmogorov microscale for <math>u = 1 m/s</math> and <math>L = 0.1 m</math> for air and water.
  47 KB (7,664 words) - 12:47, 13 December 2013
• Cavitation modeling
  * CRUNCH - Craft-tech's RANS solver * CAV2DBL - UT's two-dimensional panel method coupled with XFOIL boundary layer solver
  2 KB (250 words) - 05:28, 13 June 2013