Stringent applications of HfB 2 and ZrB 2 based ultra-high temperature ceramics (UHTCs)
for hypersonic and re-entry space vehicles necessitate their joining with ceramics or metallic …

Joining ceramics with ceramics and/or metals is of immense importance to widen the
application horizons of ceramics and metals. Solid-state joining is restrained by the high …

As contemporary aerospace and radar-detecting technologies evolve, load bearing-
microwave absorption integration of thermal protection materials for complex environment …

ZrB 2–SiC ceramic is one of most promising high temperature resistant materials in the field
of thermal protection, and its strength and toughness are two key mechanical indicators …

High-entropy carbides ceramics (HECCs) have attracted extensive attention for their broad
application prospects in harsh environments, due to the excellent properties. In this work, the …

Active metal brazing, the most common method for joining UHTCs, necessitates the
wettability of diborides in contact with filler layer, which is evaluated in present work using a …

Here we report the crucible-free fabrication of ZrB 2–SiC composite ceramics by laser
surface zone-melting (LSZM, a rapid solidification method) using Nd: YAG laser, ytterbium …

ZrB 2-SiC ceramics are one of the most promising materials for high temperature
applications, and their mechanical properties are key indicators that determine whether they …

Real-life applications of ultra-high temperature ceramics (UHTCs) mandates the joining
processes to realize the final complex shapes, often resulting in the compromised …

ZrB2–SiC ceramics have great application potential in thermal protection system of
hypersonic aircraft, due to their excellent oxidation resistance and mechanical properties …