基于界面追踪-动网格技术模拟凝固收缩下Fe-C合金宏观偏析
Numerical Simulation on Macrosegregation in Fe-C Alloy Under Solidification Shrinkage Through Interface Tracking-Dynamic Mesh Technique
基于界面追踪-动网格技术模拟凝固收缩下Fe-C合金宏观偏析 |
| 董士虎, 张红伟, 吕文朋, 雷洪, 王强 |
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Numerical Simulation on Macrosegregation in Fe-C Alloy Under Solidification Shrinkage Through Interface Tracking-Dynamic Mesh Technique |
| DONG Shihu, ZHANG Hongwei, LÜ Wenpeng, LEI Hong, WANG Qiang |
| 图1 10.5 t钢锭的2D计算域 |
| Fig.1 2D configuration of 10.5 t ingot and corresponding boundary conditions (x, y—axes; h1, h2, h3, h4—heat transfer coefficients at bottom, side wall, neck part, and riser, respectively) |
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