钢-铝-铅半固态复合的界面结构与性能

杜云慧; 张鹏; 刘汉武

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钢-铝-铅半固态复合的界面结构与性能
Compound Interface Structure and Properties of Semi-solid Steel-aluminum-Pb
2006年第8期页码：483-485
纸质出版日期： 2006 ，
DOI：

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[1]杜云慧,张鹏,刘汉武.钢-铝-铅半固态复合的界面结构与性能[J].特种铸造及有色合金,2006(08):483-485+460.

Du Yunhui, Zhang Peng, Liu Hanwu. Compound Interface Structure and Properties of Semi-solid Steel-aluminum-Pb[J]. Special Casting & Nonferrous Alloys, 2006,(8):483-485.
[1]杜云慧,张鹏,刘汉武.钢-铝-铅半固态复合的界面结构与性能[J].特种铸造及有色合金,2006(08):483-485+460. DOI：

Du Yunhui, Zhang Peng, Liu Hanwu. Compound Interface Structure and Properties of Semi-solid Steel-aluminum-Pb[J]. Special Casting & Nonferrous Alloys, 2006,(8):483-485. DOI：

摘要

开展了钢板与Al-28Pb半固态浆料的铸轧复合研究

利用界面铁铝化合物比率定量地确定了复合板的界面结构

得到了界面结构对界面力学性能的影响规律。结果表明

界面铁铝化合物比率与界面剪切强度之间存在非线性关系

当界面铁铝化合物比率小于70%时

界面剪切强度随着界面铁铝化合物比率的增大而逐渐增大;当界面铁铝化合物比率大于70%时

界面剪切强度随着界面铁铝化合物比率的增大而逐渐减小;当界面铁铝化合物比率为70%左右时

可得到复合界面最大界面剪切强度约为70MPa。

Abstract

The effects of interface structure on mechanical properties of the interface were examined by quantitatively determining interface structure of semi-solid steel-Al-Pb compound plate using Re-Al compound ratio on the interface. The nonlinear relationship between Re-Al compound ratio on the interface and interfacial shearing strength has been observed. When the Re-Al compound ratio on the interface is lower than 70%

the interfacial shearing strength can be gradually increased with increasing in Fe-Al compound ratio. When the ratio is higher than 70%

the interfacial shearing strength can be gradually decreased with the increase of the ratio. The maximum interfacial shearing strength of 70 MPa can be observed when the Fe-Al compound ratio on the interface is about 70%.