Compound Transition Layer of Aluminum-steel Bimetal

Zhang Ying  Yang Zheqing  Su Daren  Wang Yan

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Compound Transition Layer of Aluminum-steel Bimetal
Issue 5, Pages: 11-13(2001)
Published： 2001 ，
DOI：

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[1]张滢,,,,,,,,,,杨者青,,,,,,,,,,苏达仁,,,,,,,,,,王燕,,,,,,,,,,沈桂荣,,,,,,,,,,冯志军.铝-钢双金属复合过渡层的研究[J].特种铸造及有色合金,2001(05):11-13+3-2.

Zhang Ying Yang Zheqing Su Daren Wang Yan. Compound Transition Layer of Aluminum-steel Bimetal. [J]. Special Casting & Nonferrous Alloys (5):11-13(2001)
[1]张滢,,,,,,,,,,杨者青,,,,,,,,,,苏达仁,,,,,,,,,,王燕,,,,,,,,,,沈桂荣,,,,,,,,,,冯志军.铝-钢双金属复合过渡层的研究[J].特种铸造及有色合金,2001(05):11-13+3-2. DOI：

Zhang Ying Yang Zheqing Su Daren Wang Yan. Compound Transition Layer of Aluminum-steel Bimetal. [J]. Special Casting & Nonferrous Alloys (5):11-13(2001) DOI：

摘要

研究了铝钢双金属复合过渡层的结构、组成、显微硬度、剪切强度

考察了电镀层、浸铝液成分、浸铝时间等因素对过渡层质量的影响

对T5热处理条件进行了研究

发现热处理界面过渡层增厚

界面剪切强度下降。从而为铝钢双金属复合铸件的研究提供了理论依据

并奠定实践基础

Abstract

Structure

constituent

micro hardness

shear stress of transition layer of aluminum\|steel bimetal were investigated. Influence of some factors

including plating layer

immersed aluminum melt composition and immersed aluminum time on transition layer quality was studied. It was showed that thickness of T5 heat treated interface transition layer increased and shear strength decreased

which offered theoretical base for the research of aluminum steel bimetal composite castings and laid a foundation for production.