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Axisymmetric UDF, source terms in cylindrical coordinates |
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May 3, 2022, 07:30 |
Axisymmetric UDF, source terms in cylindrical coordinates
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Manuel
Join Date: Apr 2022
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Hello CFD Online Community!
I am simulating a flow through an axisymmetric geometry and therefore I use the axisymmetric solver in ANSYS Fluent. For my problem I need to solve the enthalpy based Energy Equation and therefore I use a UDF. In this UDF source terms occur which have the divergence of the velocity and also partial derivatives of the velocity components. So now my question is: Do I need to implement these source terms in cylindrical coordinates or can Fluent transorm the cartesian implementation? As an example the implementation of the divergence of the velocity in 2D cartesian: C_U_G(c,t)[0]+C_V_G(c,t)[1] If some of you also know how to define the divergence in cylindrcal coordinates for the UDF I would be very happy. Best regards, Manuel |
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axisymmetric, cylindrical coordinates, fluent, source term, udf |
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