摘要
应用铸造模拟软件ProCAST,对110 t传统空心钢锭和新型空心钢锭的凝固过程进行了数值计算。结果表明,双套筒空心钢锭具备一定的可行性,通过改变各层的厚度和冷却气体的流量能够实现对凝固过程的控制。
By applying the casting simulation software ProCAST, the numerical caculation of solidification process for 110 t tranditional hollow ingot and new hollow ingot has been carried out. The results show that it is feasible to use the double cylindrical shell for manufacturing the hollow ingot. By changing the thickness of each layer and the cooling gas flow, the controlling of solidification process can be realized.
出处
《大型铸锻件》
2017年第1期25-28,共4页
Heavy Casting and Forging
