K-Epsilon Field Functions Reference
This section details the field functions that are made available to the simulation when a K-Epsilon turbulence model is used.
- Effective Viscosity
- Scalar field that represents the sum of the laminar and turbulent viscosities .
- Elliptic Blending Function (EB KE, EBL KE)
- Scalar field that represents the transported variable .
- Kolmogorov Length Scale
- Scalar field that represents the turbulent length scale , as defined in Eqn. (1484).
- Kolmogorov Time Scale
- Scalar field that represents the turbulent time scale , as defined in Eqn. (1485).
- Reduced Stress Function (EB KE, EBL KE)
- Scalar field that represents the transported variable .
- Reynolds Stresses (SKE, SKE LRe, SKE 2L)
- Scalar fields that represent the specific normal and shear stresses:
- Reynolds Stress uu
- Reynolds Stress uv
- Reynolds Stress uw
- Reynolds Stress vv
- Reynolds Stress vw
- Reynolds Stress ww
These fields are only available when a non-linear Constitutive Relation is used and when the Temporary Storage Retained property is ticked for the K-Epsilon Turbulence solver. If the simulation is two-dimensional, only the UU, VV, and UV stresses are exposed. All other stresses are equal to zero.
- Strain Rate Tensor Modulus
- Scalar field that represents the modulus of the mean strain rate tensor , as defined in
Eqn. (1129).
This field is only available when the Temporary Storage Retained option is ticked for the relevant turbulence solver.
- Taylor Micro Scale
- Scalar field that represents the turbulent length scale , as defined in Eqn. (1486).
- Turb Wall Distance Re (RKE 2L, SKE LRe, SKE 2L)
- Scalar field that represents the wall distance Reynolds number , as defined in Eqn. (1134).
- Turbulent Dissipation Rate
- Scalar field that represents the transported variable .
- Turbulent Kinetic Energy
- Scalar field that represents the transported variable .
- Turbulent Viscosity
- Scalar field that represents the turbulent viscosity .
- Turbulent Viscosity Ratio
- Scalar field that represents the ratio of turbulent to laminar viscosity .