1) Channel cut
槽钢锁口
2) Groove steel
槽钢
1.
This paper based on the theory of Cold Roll Forming for groove steel,discuss the methods for confirming the figures and the dimension for groove steel.
以槽钢辊式冷弯成型理论分析为基础,论述了槽钢辊式冷弯成型的孔型构成及孔型尺寸的确定方法。
3) channel steel
槽钢
1.
Design Features of Modifying the Channel Steel Pass during Changing the Billet;
坯料切换中的槽钢孔型修改设计特点
4) channel section steel
槽钢
1.
Butterfly pass design of No. 22a channel section steel;
22a号槽钢蝶式孔型设计
2.
The deformation condition was analyzed to eliminate the defects of channel section steelBy improving the pass system,the deformation of metal is more reasonable and rolling is stableMeanwhile,the negative deviation rolling is realized
针对新疆八一钢铁公司槽钢生产存在的问题,对其变形条件进行了分析。
5) channel section
槽钢
1.
A B3-spline finite strip method was employed to investigate the effects of forming parameters such as the bend angle increment, the strip thickness, the material yield limit, the flange length, the web width, and the distance between two roll stations on the peak of the longitudinal edge membrane strain developed in the cold roll forming of a channel section.
采用B3样条有限条法研究成型工艺参数（如弯曲角增量、带材厚度、材料屈服极限、翼缘长度、腹板宽度和机架间距等）对槽钢辊弯成型过程带材边部纵向薄膜应变峰值的影响。
2.
Channel section steel is a kind of economic cross section steel, the products are widely used in automobile, aviation, light industry, machinery manufacture and construction areas.
槽钢是一种经济断面型材，广泛应用于汽车、航空、轻工、机械制造以及建筑等各个行业。
6) channel
槽钢
1.
On the basis of this,a practical CARD system for channel is designed with Auto CAD software.
针对现场实际情况，采用常用的变形模型及力能参数模型，应用Ｃ语言进行程序设计，在此基础上采用Ａｕｔｏ－ＣＡＤ软件设计出一套实用的槽钢ＣＡＲＤ系统。
2.
A channel stiffener for end-plate beam-to-column connections is introduced to meet some architectural needs in this study.
本文介绍了梁柱端板连接的一种满足某种建筑要求的加劲方法,即采用槽钢代替传统的加劲方式作为加劲肋。
参考词条
补充资料：孔型锁口
孔型锁口
roll joint
kongxing suokou孔型锁口(ron joint)在闭口孔型的棍缝和孔型轮廓之间的一段过渡部分，如图中w所示。在闭口孔型中，为了控制轧件的断面形状，凹凸轧槽的孔型 飞炙沪口龙交步 孔型锁口(。)侧壁需要有部分重合，该重合部分即为锁口，其作用是使孔型在调整后仍保持为闭口孔型。在同一孔型中乳制几种厚度或高度差异较大的轧件时，其锁口长度必须大些，以防止轧制较厚或较高的轧件时金属流人辊缝。相邻的两个闭口孔型的锁口一般都是上下交替布置的。 (朱殿强)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。