Table 4 Key parameters of the mechanistic model based on fluent.
From: Research on temperature prediction model of molten steel of tundish in continuous casting
Modeling procedure | Parameter | Value |
|---|---|---|
Physical modeling | Tundish, molten steel, working layer, permanent layer, insulation layer, steel shell, covering agent | 2D |
Meshing | Quadrilateral | 0.03 m |
Boundary condition | Velocity inlet | Input |
Inlet temperature | Input | |
Hydraulic diameter | 0.05 m | |
Turbulence intensity | 5.25% | |
Outflow | 0.2, 0.4, 0.4 | |
Coefficient of convention (covering agent and air) | 5.9 W/m2k, 300 K | |
Coefficient of convention (steel shell and air) | 5.9 W/m2k, 300 K | |
Initial condition | Molten steel | 1830 K |
Working layer | Input | |
Permanent layer | 970 K | |
Insulation layer | 655 K | |
Steel shell | 401 K | |
Covering agent | 300 K | |
Solution | Solve | Coupled method |
Time step | 1s |
