ss400

Effects of SS400 steel 's deformation temperature and strain rates on its deformation behavior was studied using single pass compressing test .

采用单道次压缩试验，研究了变形温度和变形速率对SS400钢热变形行为的影响。

Deformation and microstructure change of SS400 low carbon steel at middle and high temperature , different holding times after deformation were investigated .

研究了SS400低碳钢在中高温形变及形变后停留时显微组织的变化。

Effective control has been realized through these measures , so the longitudinal cracking on SS400 thin slab was reduced remarkably .

通过采取这些技术措施，使薄板坯纵裂缺陷得到了有效控制。

Actual roughing process of low carbon steel SS400 was simulated using the model and3-D distribution laws of strain field , temperature field and microstructure were obtained .

运用该模型对低碳钢SS400的现场实际轧制情况进行仿真计算，得到轧件三维变形场、温度场及显微组织的分布规律。

It is suitable for processing some hard processing material such as SUS304 , refractoloy and some soft materials such as SS400 etc.

最适宜加工SUS304，因可耐尔镍基耐热合金等难加工材料与SS400等软材料。

The microstructures of super-steel SS400 were composed of ferrite , the pearlite and small amount of bainite .

SS400的显微组织为铁素体、珠光体和少量的贝氏体。