采取等效模冷法，分别模拟了冷送和热送过程钢锭表面和心部温度场的演化。
Through proposed equivalent mould cooling method, the temperature evolution of cold feeding ingot and hot feeding ingot process were simulated and investigated, separately.
采取等效模冷法，分别模拟了冷送和热送过程钢锭表面和心部温度场的演化。
Through proposed equivalent mould cooling method, the temperature evolution of cold feeding ingot and hot feeding ingot process were simulated and investigated, separately.
应用推荐