Explanation of variables in periodicity for radiation
Posted: Fri Feb 19, 2021 8:25 pm
Dear Yvan,
I am simulating a 2D radiation problem in Syrthes by extruding my geometry with a small thickness. The simulation converging by this way. I have defined one side with symetry condition but, according to the documentation, I couldn't defined two parallel faces with symetry to close the system. So, I am trying use periodicity definition on the other side.
Unfortunately, i couldn't find in the documentation the actual meaning of the variables: lx, ly, lz, Vx, Vy, Vz, o.
V are related to transation vector such as for conduction but what are the meaning of lx, ly, lz?
Is it the cordinate of one point of the plane?
For translation, should I define a angle of 0°C or 360°C or just nothing?
Could you please give me more details about the way to perfectly use this definition?
Best regards
I am simulating a 2D radiation problem in Syrthes by extruding my geometry with a small thickness. The simulation converging by this way. I have defined one side with symetry condition but, according to the documentation, I couldn't defined two parallel faces with symetry to close the system. So, I am trying use periodicity definition on the other side.
Unfortunately, i couldn't find in the documentation the actual meaning of the variables: lx, ly, lz, Vx, Vy, Vz, o.
V are related to transation vector such as for conduction but what are the meaning of lx, ly, lz?
Is it the cordinate of one point of the plane?
For translation, should I define a angle of 0°C or 360°C or just nothing?
Could you please give me more details about the way to perfectly use this definition?
Best regards