Cemented carbides have been widely applied in cutting tools and wear-resistant
components due to their ultrahigh hardness and good wear resistance. However, the …

Cemented carbides have been widely used in aerospace, biomedical/wearable sensor,
automobile, microelectronic, and other manufacturing industries owing to their superior …

It is crucial to design a novel active filler metal for brazing WC–Co cemented carbide–steel
joints at low temperatures. In this study, we designed a low-melting-point multi-component …

Joining cemented carbides and steels is particularly challenging due to the very dissimilar
thermal properties that lead to high residual stresses at the interface, where in addition …

Due to the higher production cost of the monolithic carbide tools as well as their brittle
nature, cemented carbides such as WC-Co are frequently joined to tool steel. To overcome …

In this work, dissimilar rapid Rotary Friction Welding of WC-Co cermet to AISI 304 L
austenitic stainless steel has been conducted using different friction times. The …

In this work, resistance spot welding (RSW) was used to weld dissimilar metals of cemented
carbide (WC–10Co) and high strength steel (RM80). The mechanical property and …

The performance of drilling tools hardfacing in different conditions is strongly related to
microstructural aspect of the coating and to the adhesion with the substrate. In the present …

In this research, the effect of different bonding times on the microstructure and mechanical
properties of the WC-Co/St52 joint created by the transient liquid-phase process at 1200° C …

A novel electron beam hybrid welding method is proposed in this paper. A brazing weld was
achieved by heat conduction while electron beam welding was conducted. The annular …