THICKNESS(Y,U,R): Calculates the different boundary layer thicknessesfor a rake of coordiantes Y, velocities U, and densities R (optional)in COLUMN form. The integral thicknesses from Schlichting are derivedfrom trapezoidal integrations. The 99% thicknesses are robust metricsfor the standard 'delta99'. Three BL profiles are provided as sample.
INTEGRAL, INCOMPRESSIBLE:
(1) Displacement (incompressible)
(2) Momentum (incompressible)
(3) Energy (incompressible)
INTEGRAL, COMPRESSIBLE
(4) Displacement (compressible: ONLY when R is passed)
(5) Momentum (compressible: ONLY when R is passed)
(6) Energy (compressible: ONLY when R is passed)
GEOMETRIC, ROBUST DELTA 99
(7) 99% variance thickness (4 for incompressible)
(8) 99% asymptotic thickness (5 for incompressible)
If zero outputs are passed, a plot is generated with all thicknesses.If one output is passed, all thicknesses are returned in vector form. If multiple outputs are passed, the indexed thicknesses are returned.
thickness;
t = thickness(Y,U);
t = thickness(Y,U,R);
t = thickness([Y,U,R]);
[t1,...,tn] = thickness(...);
Miguel Moreno, August 2024
인용 양식
Moreno, M. (2024). Boundary Layer Thickness Calculator (https://www.mathworks.com/matlabcentral/fileexchange/171234-boundary-layer-thickness-calculator), MATLAB Central File Exchange. 검색됨 .
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