Ceramic materials having melting points higher than 3000° C and suitable for structural
applications at above 2000° C are commonly known as Ultra-High Temperature Ceramics …

In the last decades, the production of ultra-high temperature composites with improved
thermo-mechanical properties has attracted much attention. This study focuses on the effect …

Abstract The copper/graphene (Cu/Gr) composites made of Gr/Cu/Gr foils with a thickness of
25 μm were prepared using spark plasma sintering diffusion bonding (SPS) and hot press …

TiB 2 composite ceramics containing different amounts of Ti and TiC were fabricated via
spark plasma sintering (SPS), and effects of their addition contents on the microstructure and …

This study reports the fabrication of high-density TiB 2 ceramics at reduced temperatures
(1500° C) by using field assisted sintering technology/spark plasma sintering (FAST/SPS) …

Abstract In this study, TiB 2–TiC, TiB 2–TiC-GNP, and TiB 2-TiC-BN composites were
produced via spark plasma sintering (SPS). The densification and sintering behavior, phase …

Three near fully dense TiB 2–SiC composites were achieved, benefiting from the coaddition
of SiC and a nitride compound (Si 3 N 4, h-BN or TiN). All composites were produced by …

High-performance and fine-grained TiB 2–SiC composite ceramics were fabricated via hot
pressing with ball-milled TiB 2 powder doped with SiC. The final product was densified at a …

Highly-dense TiB 2 ceramic with excellent mechanical properties including Vickers
hardness of 24.2 GPa and fracture toughness of 7.3 MPa. m 1/2 is fabricated by spark …

Titanium carbonitride has recently attracted significant attention owing to its excellent wear
resistance, good red hardness, and low coefficient of friction, providing advantages during …