Additive manufacturing, with features of micro-area metallurgy and rapid solidification, has
become an effective way to construct complex components with high efficiency and …

This work designed a novel TiNiCuNb eutectic alloy for manufacturing C/C-SiC composite
joints. By introducing Ti into the semi-solid TiNiCuNb alloy, low-temperature melting of this …

The progress of materials has never stopped, and the joining process of dissimilar materials
is still a serious challenge. Vacuum brazing technology is a joining process developed in the …

In this work, alumina ceramic was bonded to itself with composite foils (Ti/Cu/Ni/Cu/Ti). The
thermodynamics analysis indicates that Ti-Cu liquid firstly formed and reacted with alumina …

The residual stress is the main technical challenge for ceramics/metal brazing, and the
previous solutions are complicated. To eliminate the residual stress, the effects of substrate …

A novel carbonized phenolic formaldehyde resin (PF) resin-coated Ni foam was used as an
interlayer for brazing carbon fiber reinforced carbon composites (C/C) and Nb using a Ti–Ni …

Achieving the joining of SiC ceramic and Al alloy will be potential for the broad application of
high-power IGBT packages. This work proposes a novel strategy of using the commercial …

This paper developed an innovative pressure-free contact reaction brazing technique that
facilitated joining ceramics at low temperatures. Using this method, a semi-solid TiNiCuNb …

This work has successfully proposed a solution to produce robust Nb-interlayer-inserted Ti-
6Al-4V/Si 3 N 4 joints optimized for a maximum operating temperature of 873 K; transient …

In this study, the bonding of a TZM alloy/graphite-brazed joint was improved by fabricating a
striped structure on a graphite surface, effectively increasing the surface area ratio and …