2) heavy plate rolling
厚板轧制
1.
Finite element analysis on front end bending during heavy plate rolling;
厚板轧制头部弯曲的有限元分析
2.
In the process of heavy plate rolling,mastering the rule of material's width elongation and improving the forecasting precision of width elongation are the key point to ensure that the final plate width can meet customers' requirements.
在厚板轧制过程中,把握材料的宽展规律,提高宽展预测精度是保证最终钢板宽度满足要求的关键环节。
3) strip rolling
板带轧制
1.
Analysis of strip rolling using three-dimensional coupled finite element method;
板带轧制过程的三维耦合有限元分析
2.
A computer model for simulation of the three-dimensional strip rolling process has been developed by using an interactive procedure to analyze the coupled deformation between strip and rolls.
考虑轧件和辊系间的接触力与变形协调关系 ,采用一种选代的方案 ,开发了一个分析三维板带轧制过程的计算机模型。
3.
A 3-dimensional strip rolling analysis model considering strip lateral flow is developed in order order to overcome the disadvantages in the traditional theories.
针对传统理论的不足,并考虑到板带的横向流动,建立了板带轧制的三维解析模型。
4) plate rolling
中板轧制
5) rolling sheet
轧制板材
1.
Heat treatment of Mg-Zn-Y-Zr alloy rolling sheet
Mg-Zn-Y-Zr合金轧制板材的热处理
2.
The results show that the grains in the single direction rolling sheet is changed from strip to equal axis shape because of the recrystallization and twin crystals disappearance during annealing heat treatment,and there are some fine grains although part grains are grown.
研究不同退火工艺下AZ31镁合金轧制板材显微组织以及冲压性能。
6) plate and strip rolling
板带轧制
1.
Research on the Strip Element Method of Three Thermo-Mechanical Coupling of Plate and Strip Rolling and Development of the Simulation System;
板带轧制三维热力耦合条元法研究及仿真系统开发
2.
A new method, called the strip layer method (SLM) for simulating the three-dimensional deformations of plate and strip rolling process, is presented.
提出一种模拟板带轧制过程三维变形的新的数值方法——条层法。
3.
In shape theory, the three-dimensional deformation theory of plate and strip rolling is an important and difficult study content.
板形和板凸度是板带轧制的重要质量指标，板形控制是板带轧机的关键技术。
补充资料：轧制
冶金厂最主要的金属塑性加工方法。金属通过旋转的轧辊产生塑性变形。轧制可按轧辊和轧件的相互位置、运动和延伸的方向分为纵轧、横轧和斜轧。轧制也可按金属在轧制时是否立即产生软化（回复和再结晶分为热轧和冷轧。一般把金属在再结晶温度以上的轧制称作热轧,把有加工硬化的轧制称作冷轧。此外,轧制还可按轧制品种分类，如板带材轧制、管材轧制、型材轧制、线材轧制和周期断面轧制等。也有按轧制阶段分为粗轧和精轧的。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条