High entropy alloys (HEAs) and HEAs-related materials have developed rapidly over the last
decade, and the key issues have gradually emerged when the welding of HEAs are …

The high entropy alloys (HEAs) are the newly developed high-performance materials that
have gained significant importance in defence, nuclear and aerospace sector due to their …

In this paper, the solid-state welding and fusion welding of high-entropy alloys (HEAs) were
reviewed. For solid-state welding of HEAs, the influence of microstructure change and …

In this study, an FCC+ BCC dual-phase solid solution structure HEAs joint was formed
during self-propagating brazing using an Al/Ni nano-multilayer. The reactive Ni/Al …

To explore the potential engineering applications of eutectic high entropy alloys (EHEA), the
interfacial microstructure and mechanical properties of the diffusion bonded joint between …

Grain boundaries (GBs) can be wetted by a second phase. This phase can be not only liquid
(or melted), but it can also be solid. GB wetting can be incomplete (partial) or complete. In …

This study addresses the research gap in the field of fusion welding for high-entropy alloys
and high-temperature alloys. The microstructure and mechanical properties of …

The superalloy FGH98 was successfully diffusion bonded (DB) with medium-entropy alloy
(MEA) Al3Ti3 (CrCoNi) 94 using pure Ni as the interlayer at a temperature range of 1050 …

Zircaloy-4, which is used as a structural material for nuclear cladding, requires precise
bonding at low temperature in nuclear power applications. We achieved this using diffusion …

The interdiffusion behavior between NiCoW alloy and Nb3Al at 1000° C was investigated.
Based on the effective heat of formation model, the compounds at the interface are analyzed …