Ceramics and ceramic-based composites have been widely used in electronic information
and communication, chemical industry, instrument manufacturing and other fields. However …

Brazing, as a common method of bonding ceramic and metal, has been applied in
microelectronics, aerospace, machinery and other domains extensively. The residual …

Negative thermal expansion (NTE) materials can offset the high expansion of metal brazing
alloys, and play a key role in alleviating the residual stress and improving the mechanical …

Brazing is a 5000-year-old joining process which still meets advanced joining challenges
today. In brazing, components are joined by heating above the melting point of a filler metal …

Negative thermal expansion materials show great potential in brazing field, which is used to
compensate high thermal expansion of metal fillers. However, the limited content and …

Metallic foam was introduced as an interlayer to improve the performance of the brazed C/C
composite-titanium alloy joint, and the interfacial microstructure and residual stress of the …

Brazing C/C composites to Nb is often associated with high residual stress in this research,
which results in low-strength joints. To overcome this problem, here we report a novel type of …

Vacuum brazing of tungsten heavy alloys (WHAs) was conducted with a design of Cu-Ti-Ni-
Zr amorphous filler. The effects of key brazing parameters (brazing temperature T, holding …

A surface modification method of C/C composites involving a combination of pre-oxidation
treatment and in situ growth of CNTs was developed to form a reinforced interfacial structure …

Abstract The AgCuTi filler and Cu foam interlayer were used to braze silicon carbide fiber-
reinforced silicon carbide matrix composites (SiC f/SiC) and nickel-based superalloy. Cu …