Ceramic matrix composites (CMCs) have grown in popularity as a material for a range of
high as well as protection components, increasing the need to better understand the impacts …

In the last years, carbon ceramic brakes are preferred to traditional cast iron ones for their
lightweight, high temperature resistance, and long service life, even though their …

Monolithic ceramic and ceramic composites have been widely used in aerospace, energy
storage devices, energy transportation, and tissue engineering; however, their high …

The oxidation behavior of Tyranno® Grade-S SiC-tows was investigated under ambient air
in the 450–1140° C range. Below 650° C, a linear oxidation rate was identified for oxide …

SiC fiber-reinforced mullite ceramic-matrix (SiC f/mullite) composite is a promising load-
bearing and microwave absorption material. However, the strong interfacial bonding …

Calcium hexaluminate (CA6) porous ceramics were prepared by foaming and pore-forming
agent methods, with Al2O3 and calcium aluminate cement (CAC) as raw materials and …

Although SiC fibers are promising reinforcement materials for applications in high-
temperature environments, the effects of heating on the thermomechanical and …

The limitations of oxide/oxide ceramic matrix composites lie in the need to improve their
mechanical properties. It is challenging to reconcile the conflict between matrix densification …

A simple and low-cost method for preparing SiC f/mullite composites with high density,
mechanical, and absorbing performance using a vacuum pressure impregnation (VPI) …

SiC-based fibers are key constituents for the reinforcement of SiC/SiC thermo-structural
composites. Their tensile strength is however known to decrease if oxidized because of …