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Averaging and Quantifying a Dependent Variable in a 2D Domain along One Axis

Posted 8 nov. 2016, 21:35 UTC−5 Fluid & Heat, Interfacing, Computational Fluid Dynamics (CFD), Chemical Reaction Engineering, Modeling Tools & Definitions, Parameters, Variables, & Functions, Structural Mechanics Version 5.0, Version 5.1, Version 5.2, Version 5.2a 0 Replies

Femi Oyedokun
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I am solving a pde problem in a 2D domain, the dependent variable is phi. My goal is to determine quantitatively the region in the 2D domain that the average of phi along the vertical direction reaches a particular value. Mathematically,

phi_bar (x) = 1/L*integrate(phi(x,y), 0, L) >= 0.8;

I will appreciate any assistance. Thanks
0 Replies Last Post 8 nov. 2016, 21:35 UTC−5
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