1.
The results show that the bonding is good when the temperature, two passes deformation ratio of rolling are1250℃,50% respec tively.
结果表明：轧制温度为1250℃两道次的轧制变形率为50％，界面结合较好。
2.
On Deformation Laws and CAPP System for Radial-axial Ring Rolling;
环件径轴向轧制变形规律与CAPP系统研究
3.
Bond Rolling Principles of Laminated Precision Alloy Materials;
精密合金层状复合材料轧制变形规律的研究
4.
The Researches on Deformation and Fracture Behaviors of Porous Materials Prepared by Spray Deposition During Compression and Rolling;
喷射沉积材料压缩和轧制变形规律研究
5.
Research and FEM Simulation on Rolling Deformation of Ag/Cu Composite
Ag/Cu金属复合材料轧制变形研究及有限元模拟
6.
⑤roll deformation is increasing linearly when rolling force is increasing. If the rolling force is equal, the roll deformation is invariant.
⑤随着轧制力增加 ,轧辊变形量线性增加·只要轧制力相等 ,轧辊变形基本不变
7.
Study and Application of the Edge Rolling Process in Hot Rolling
热带钢粗轧立辊调宽轧制过程变形研究及应用
8.
Deformation microstructure and characteristics of cast-rolling and normal rolling AZ31 magnesium alloy sheets
AZ31镁合金铸轧和常规轧制板的变形组织及形变特征
9.
skin ausrolling
表面加热轧制形变热处理
10.
Study on the Deformation of Hot Rolling of Pressing Gradient Aluminium Alloy;
梯度铝合金压制板材的热轧变形研究
11.
Development for Hard Deformation Hot-rolled Bar of GH4049 Alloy
难变形GH4049合金热轧棒材的研制
12.
Robust control for a combined shape and gauge multivariable system in hot strip rolling
热连轧板形板厚多变量系统鲁棒控制
13.
SIMULATION OF LARGE SECTION ROUND BAR BY FINITE ELEMENT METHOD
大圆钢轧制三维塑性变形有限元模拟
14.
Microstructural Evolution of Cast-rolling and Normal Rolling AZ31 Magnesium Alloy Sheet
AZ31镁合金铸轧和常规轧制板拉伸变形的组织演变
15.
Improvement of Rolling Profile Shape of R0 Roughing Mill with Permanent Rigidity Rolling
恒刚度轧制改善R0粗轧机的轧制板形
16.
Effect of Roll Gap Geometry and Rolling Temperatures on the Evolution of Deformation Textures and Microstructure in Rolled Non-oriented Silicon Steel
轧制几何和温度因素对无取向硅钢轧制形变织构及组织的影响
17.
Deformation of steel ingot with liquid core during rolling belongs to deformation of two-phase (solid and liquid)is a new domain of plastic deformation.
液芯轧制的变形属于两相(固相、液相)变形,是塑性变形的新领域。
18.
Effects of Cold Rolling Reductions on Microstructure of Hot Rolled Ti+P-IF Steel in Ferrite Region
冷轧变形量对铁素体区轧制Ti+P-IF钢微观组织的影响