1) the reduction ratio of the final cold rolling
终轧形变率
1.
The effects of TMT aging temperature and time, the reduction ratio of cold rolling between the two-step aging processes, especially the reduction ratio of the final cold rolling on the properties and microstructures of hot-rolled C194 alloy during TMT were studied by low DC resistance tester, vickers hardness tester, OM and SEM.
5%、二次时效(500℃×2h+500℃×2h)、一次时效后以50%形变率冷轧,二次时效后终轧形变率为60%,轧制路线为1。
2) reduction rate of finishing rolling
终轧变形量
3) cold rolling
冷轧变形
1.
The effect of cold rolling deformation prior to aging on the strengthening of a maraging steel was investigated.
系统研究了预先冷轧变形对马氏体时效钢强化的影响,研究结果表明:510℃×3 h时效引起的强度净增加值恒定,与冷轧变形量无关,最终的强度为:σ=σ0+ΔσCR+ΔσAge,即初始强度、冷加工强化和时效强化的叠加,其中只有冷加工强化ΔσCR随变形量变化。
2.
The article introduces microstructure evolution and mechanical hardening of three different kind steels during cold rolling.
本文介绍了三种钢在冷轧变形过程中的组织演变和形变强化规律，发现三种钢具有不同的形变强化规律。
4) rolling deformation
轧制变形
1.
The influence of rolling deformation and heat treatment temperature on structures, mechanical properties is studied.
X射线衍射结果表明,随着轧制变形量的增加,Ti50Ni47Fe3合金在轧制方向上出现了择优取向;Ti50Ni47Fe3合金的晶粒尺寸随着轧制变形量的增加而减小,随着热处理温度的升高而增大;Ti50Ni47Fe3合金的抗拉强度和屈服强度随着轧制变形量的增加而增大,随热处理温度的升高而降低。
2.
The results show that the orientation distribution calculated by the FC (full constraints)Taylor model is closer to experimental results than those by other models at the low rolling deformation de.
结果表明:在低轧制变形程度时,完全限制(FC)模型计算结果的取向分布较其它模型更符合实际结果。
3.
The results show that the rolling textures for the sample with initial randomly distributed texture mainly consists of C,S and B components during rolling deformation while the orientation density values for the three textures only have slight difference, most crystallites a.
结果表明:随着轧制变形的进行,对于初始自由分布的样品,晶粒取向主要向α,β取向线附近聚集,其形变织构主要由C,S及B织构组成,且3种织构成分密度值相差不大;对于初始具有近似立方织构的样品,晶粒取向主要向β取向线上聚集,其形变织构主要由C,S织构组成,B织构成分相对较弱。
5) cold-rolling deformation
冷轧变形
1.
Effects of cold-rolling deformation on damping characteristics of TiNi alloys;
冷轧变形对TiNi合金阻尼特性的影响
6) deformation of rolled wire
轧件变形
1.
The relationship of rolling tension with deformation of rolled wire by a high speed wire rod mill based on the process of φ 6 5 mm wire rod was studied in this papers.
5 mm盘条的工艺设计 ,研究了轧件在精轧机组中的轧制张力和轧件变形的关系 ,分析了辊径、孔槽磨损、进精轧机组坯料尺寸等因素对各架次轧制张力、轧件变形的影响 ,从而探讨合适的工艺调整方
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