The equations shown in the last section can be resolved and equivalent results can be calculated by Rocky considering the same input data and boundary conditions. The input parameters for this verification case setup are presented in Table 2.3: Verification case input parameters..
Table 2.3: Verification case input parameters.
| Parameter | Value | Unit |
|---|---|---|
|
Physical Model: | ||
| Thermal Model | Enabled |
- |
| Gravity (X) | 0 | |
| Gravity (Y) | 0 | |
| Gravity (Z) | 0 | |
|
Wall Geometry (Outer Sphere): | ||
| Diameter | 100 | |
| Triangle Size | 12.5 | |
|
Solid Properties (Wall Geometry - Outer Sphere): | ||
| Constant Surface Temperature | 2000 | |
| Material Density | 7850 | |
| Material Specific Heat | 500 | |
| Material Emissivity | 1.0 | - |
|
Solver Parameters: | ||
|
Simulation Duration |
30 |
|
This verification case makes use of an external module called Thermal Radiation, which enables additional Rocky solver capabilities. This ready-to-use module can be downloaded from the Rocky Customer Portal. The module parameters considered for this case are presented in Table 2.4: Thermal Radiation module parameters..
Table 2.4: Thermal Radiation module parameters.
| Parameter | Value | Unit |
|---|---|---|
| Module Version | 20.0 | - |
| Geometries Screening Distance | 10 | |
| Particles Screening Distance | 10 | |
| Start Time | 0 | |
| Stop Time | 30 |