钢-铝固液相浸镀复合板的轧制处理

Rolling on Steel-Aluminum Solid to Liquid Immersing Bonding Plate

摘要: 研究了轧制处理后钢-铝固液相浸镀复合板的界面剪切力学性能,确定了压下率与界面剪切强度之间的关系.结果表明:压下率为2.73%时,可消除由1.2mm厚08Al钢板和1.0mm厚工业纯铝构成的2.2mm厚钢-铝固液相浸镀复合板的界面附加应力,从而获得最大界面剪切强度为83.5MPa.

Abstract: The interfacial shear property of steel-aluminum solid to liquid immersing bonding plate after being rolled was studied and the relationship between interfacial shear strength and relative reduction was determined.The result proved that:for the bonding plate made up with 1.2mm-thick 08Al steel plate and 1.0 mm-thick aluminum layer, when the relative reduction was 2.73%,the interfacial subsidiary stress could be eliminated and thus the maximum interfacial shear strength 83.5MPa was obtained.