1) side vertical roller
侧立辊
2) vertical rolling
立辊侧轧
1.
In addition, the difficulties to bite during initial stage of rolling in FEM and to control the deformation due to vertical rolling were solved too.
控制宽展的立辊侧轧引起的狗骨形截面可通过侧轧后再小压下量平轧进行矫正,得到平直度符合公差的板材。
3) edger roll
立辊
1.
The rolling effects of horizontal and edger rolls were both taken into account during load distribution,and iterative computations were done alternately along the width and thickness of work piece by virtue of the equal load function to optimize the rolling schedule step by step.
分配时兼顾水平辊和立辊轧制的影响,在宽度和厚度两个方向进行等负荷函数的交替迭代计算,逐步优化规程,并在外层迭代中设置了机组轧制负荷超限情况下的道次数自动修正。
2.
A series of flexible U sections,changed in its sections,was separately simulated and analyzed by edger roll forming and flat roll forming.
本文对变截面辊弯成型仿真采用轧辊轴向加工技术(代替法向加工技术),对角度连续变化的变截面U型材分别进行立辊加工和平辊加工成型模拟分析。
4) vertical roller
立辊
1.
Research and experiment with changeable universal roll method for the axes of vertical rollers of H beam mill;
H型钢立辊轴心可变式万能轧制法的实验研究
2.
The peeling on vertical rollers of second stand quenched by high frequency equipment was observed during service due to stress concentration.
针对经高频淬火处理的异型焊管轧辊第二架立辊的孔型部位在使用中因发生浅层剥落的问题,利用新型太阳能加热装置对立辊孔型面淬火,结果表明,淬火后孔型面硬度很高,而且硬度分布均匀,消除了立辊的浅层剥落现象,提高了立辊的使用寿命,达到节能环保,降低异型焊管的生产成本的目的。
5) vertical roll
立辊
1.
The vertical rolling process with groove in various temperature difference were simulated and the mathematical model of "dog bone" shape were obtained.
在板坯两侧存在温度差的条件下,采用平立辊和孔型立辊轧边后板坯形成的狗骨坯形状是不同的,在其后的四辊轧机中轧制时产生的侧弯也不同·采用有限元对不同板坯两侧温度差的孔型立辊轧制过程进行了模拟和分析,得到了板坯狗骨形状的数学模型·并以此为基础,采用影响函数法对随后的四辊轧机轧制过程中的侧弯进行了解析计算,得到了不同板厚沿宽度方向的分布规律及在距轧机50m处的侧弯量·结果表明孔型立辊轧制后又经水平辊轧制的板坯侧弯量明显比平立辊时为小·所得结果对板坯粗轧过程侧弯的控制具有一定的指导意义
2.
The influences of vertical roll installation place to product's size and the infeuences of vertical roll adjustment angle to product's surface have been discussed in this paper.
论述了万能轧机中立辊的安装位置对成品尺寸的影响和立辊安装的角度对成品外观质量的影响。
3.
This article analyzed the source and formation of the resistance of forming vertical roll in welded pipe mills.
分析了焊管机组中成型立辊的工作阻力的来源和形成。
6) eccentricity flank roller
偏心侧辊
补充资料：侧立
1.因敬重或戒惧而立在旁边。 2.位于旁边。
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