|January 19, 2011, 18:24||
Implementation of system rotation
Join Date: Nov 2010
Posts: 18Rep Power: 4
I need to extend an existing RAS turbulence model, to capture effects of system rotation. Therefore a new production term needs to be defined, which goes into the differential equation for ddt(R_).
This term is: G_ = 2.0 * (Omega_ & R_ - R_ & Omega_)
where R_ is the Re stress tensor and Omega_ is a new tensor that depends on the rate of system rotation. I want to make the turb.model read Omega_ from a file in the caseSetup. runTime or transportProperties.
So far I added these lines to the existing code:
In the beginning, where k,R,epsilon are initialized, I added:
volTensorField OR_ = (Omega_ & R_);
volTensorField RO_ = (R_ & Omega_);
volSymmTensorField G_rot = 2.0*symm(OR_- RO_);
Unfortunately, that doesn't work. The error text is to long for my terminal window. I can't read the beginning.
Can anybody help me with this problem? Basically it's just reading a tensor and calculate G_rot. But that can be hard for someone like me with little C++ knowledge.
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