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Reliability of dual compounds “carbide composite+steel” produced by diffusion welding

机译:扩散焊接产生的双化合物“碳化物复合物+钢”的可靠性

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摘要

This paper focuses on the reliability (strength and residual welding stresses) of the dual compound of TiC-based composite+steel and WC-based hardmetal+steel produced by diffusion bonding (welding). Vacuum brazing was used as a reference technology. The influence of some metallurgical factors on the properties and structure of joints was investigated by SEM and EPMA. It was found that the TiC-based cermet and diffusion welding used instead of a WC-based hardmetal and vacuum brazing in the production of the dual compound of carbide composite+steel results in remarkable improvements of joint reliability.
机译:本文重点研究通过扩散结合(焊接)生产的TiC基复合材料+钢和WC基硬质合金+钢的双重化合物的可靠性(强度和残余焊接应力)。真空钎焊用作参考技术。用SEM和EPMA研究了一些冶金因素对接头性能和组织的影响。结果发现,在碳化物复合材料+钢的双重化合物的生产中,使用基于TiC的金属陶瓷和扩散焊代替WC的硬质合金和真空钎焊可显着提高接头的可靠性。

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