1) casting-rolling
铸轧技术
2) continue roll-cast
连续铸轧技术
1.
In this paper,the alloy system,deformation characteristic,process- ing method and technique characteristic of continue roll-cast of the magnesium alloys are reviewed,and the feasibility of continue roll-cast of magnesium alloys is discussed.
连续铸轧技术是一种短流程、近终成型板坯加工技术。
3) continuous roll casting
铸轧
1.
The study of the approximate analytical methods on the roll shells temperature field in the continuous roll casting;
铸轧辊套温度场的近似解析方法研究
2.
According to the characteristics of the roll shell′s heat transfer in the continuous roll casting, a mathematical model for the roll shell′s temperature field was presented.
在分析铸轧辊套传热特征的基础上,对铸轧辊套温度场进行了数学描述。
3.
The failure mechanism of a roll shell in continuous roll casting is discussed and a formula for predicting its fatigue life is established.
分析了铸轧辊套的失效机理 ;提出了铸轧辊套疲劳寿命预报公式。
4) cast-rolling
铸轧
1.
Research on segregation and its mechanism of 1235 alloy cast-rolling stock and its preventive measures;
1235合金铸轧带材中心层偏析机制的研究及其预防措施
2.
Effects of ultrasonic treatment on the structure of cast-rolling aluminum strip;
超声波处理对铸轧铝板带组织的影响
3.
Simulation of heat transfer behavior of shaped interface in aluminum cast-rolling process;
铝材铸轧过程中成型界面传热行为的仿真
5) casting-rolling
铸轧
1.
The effect of casting-rolling for semi-solid Magnesium alloys on the microstructure;
铸轧对半固态镁合金组织的影响
2.
Effect of temprature on microstructure of casting-rolling semi-solid AZ91D magnesium alloys;
AZ91D镁合金半固态铸轧工艺因素对组织的影响
3.
Microstructure Characteristics of Casting-rolling Semi-solid Magnesium Alloy;
铸轧半固态镁合金组织特点
6) Roll-casting
铸轧
1.
Simulation on Roll-casting of Semi-solid Magnesium Alloy Strip;
半固态镁合金板带铸轧数值模拟
2.
Experimental Study on Roll-casting of AZ91D Semi-solid Magnesium Alloy Strip;
AZ91D半固态镁合金铸轧板带实验研究
3.
Making continuous roll-casting process of aluminum its chief concern, this paper analyzes the mechanism of thermal contact conductance (TCC) at the interface between liquid-solid or solid-solid metals systemically.
本论文以铝连续铸轧过程为对象系统分析了金属[液—固]、[固—固]界面接触热导的产生机理,以界面热流中的电子、声子行为为基本依据,对影响实际接触界面传热的主要因素进行了分析,探讨了不同表面氧化膜厚度下的界面传热机制;分析了铸轧工作界面传热的特点,推导了接触热导的计算模型;用热脉冲法实现了塑性变形下的接触热导测试,实验研究了压力、界面介质与氧化膜对热导的影响;建立了铸轧过程温度场和轧制力的仿真模型,对铸轧过程的工艺规律进行了仿真分析。
参考词条
补充资料：连铸连轧技术简介
连铸连轧技术就是在炼钢车间内采用薄板坯连铸，使铸出的板坯厚度只有 50mm 、温度 900 ℃ 。然后经隧道炉加热到 1000 ℃以上，送入热轧机的精轧机组，轧制得到 0.8-12mm的热轧带钢。这样在炼钢车间内就完成了轧钢作业，使钢铁流程的连续化和短流程化，达到一个前所未有的高度。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。