Cross shear roll bonding
Cross shear roll bonding
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DOI：
10.1016/0924-0136(94)90309-3
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发表时间：
1994-09
影响因子：
6.3
通讯作者：
N. Bay;H. Bjerregaard;S. Petersen;C. D. Santos
中科院分区：
文献类型：
--
作者：
N. Bay;H. Bjerregaard;S. Petersen;C. D. Santos
本文研究了一种AlZn合金与低碳钢的辊接工艺。应用交叉剪切辊粘合，其中两个大小相等的辊运行不同的外围速度，显示出更好的粘合强度比传统的辊粘合。发现粘合强度提高了20-23%，并且在降低50%的情况下获得了完全粘合强度，而传统的辊粘合需要65%。伪交叉剪切辊粘合，其中交叉剪切效果是通过运行两个大小相同的辊不同的速度，得到相同的结果。
The present paper describes an investigation of roll bonding an AlZn alloy to mild steel. Application of cross shear roll bonding, where the two equal sized rolls run with different peripheral speed, is shown to give better bond strength than conventional roll bonding. Improvements of up to 20–23% in bond strength are found and full bond strength is obtained at a reduction of 50% whereas 65% is required in case of conventional roll bonding. Pseudo cross shear roll bonding, where the cross shear effect is obtained by running two equal sized rolls with different speed, gives the same results.