taylor3

algorithm

• calculates longitudional and transversal microscales of Taylor

syntax

[lambdaf,lambdag]=taylor3(x_velocity,y_velocity,z_velocity,X,Y,Z,L1,L2,C1,C2,P1,P2)

example for input

[lambdaf,lambdag]=taylor3(x_velocity,y_velocity,z_velocity,X,Y,Z)

input arguments

x_velocity y_velocity z_velocity	velocity components
X,Y,Z	vectors defining the domain
L1,L2,C1,C2,P1P2	optional input arguments: scalar values of lines and columnes defining a part of the domain if there is no input for L1,L2,C1,C2,P1,P2 consider whole domain

 

output arguments

lambdaf	longitudional microscale of taylor
lambdag	transversal microscale of taylor

matlab tools required

• gradient, std3

toolbox tools required

 

corresponding 3d tools

• tayol2