Superior bonding properties of dissimilar steel joint produced by electroslag remelting
Superior bonding properties of dissimilar steel joint produced by electroslag remelting
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DOI：
10.1007/s12540-015-5260-6
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发表时间：
2015-11
影响因子：
3.5
通讯作者：
Yongmoon Lee;Taekyung Lee;B. H. Kim;C. Lee
中科院分区：
文献类型：
--
作者：
Yongmoon Lee;Taekyung Lee;B. H. Kim;C. Lee
异种钢的连接，又称复合钢，由于其良好的材料性能和生产效率，近年来引起了人们的极大关注。本工作利用电渣重熔（ESR）工艺连接不同的碳和不锈钢与增强的结合性能。的显微组织特征和粘结性能的开发ESR-复合钢进行了研究相比，通过传统的方法，包括热轧结合和堆焊制造的其他复合钢。开发的合金的显微组织逐渐改变的结合层内，这种变化进行了讨论，在光的相变和断裂行为。在剪切试验中，与其他钢接头相比，ESR复合钢接头具有更高的粘结强度。这种结合性能的改善归因于ESR复合钢梯度结合层中无缺陷的界面和低残余应力。
The joining of dissimilar steels, called clad steel, has attracted great attention recently due to its good material performances and productivity. The present work utilized an electroslag-remelting (ESR) process to join dissimilar carbon and stainless steels with enhanced bonding properties. The microstructural characteristics and bonding properties of the developed ESR-clad steel were investigated in comparison to those of other clad steels manufactured by conventional methods, including hot roll-bonding and weld overlaying. The microstructure of the developed alloy gradually changed within the bonding layer; this change is discussed in light of the phase transformation and fracture behavior. The ESR-clad steel had much higher bonding strength compared to the other steel joints in shear testing. Such an improvement in the bonding properties was attributed to the defect-free interface and low residual stress in the graded bonding layer of the ESR-clad steel.