Reactive melt infiltration (RMI) has been proved to be one of the most promising
technologies for fabrication of C/SiC composites because of its low cost and short …

The ablation resistance of C f/HfC PIP-SiC CVI composites was tested under an
oxyacetylene flame. After ablation, many SiO 2 nanowires were in-situ grown in the edge …

Carbon fiber reinforced silicon carbide ceramic composite (C/SiC) has become a key
structural material due to its excellent high temperature resistance, corrosion resistance and …

We determined the tensile properties of 2D-C/SiC composites at temperatures up to 1873 K
with a wide range of loading rates (10− 3 s− 1 and 400 s− 1) in argon and air. We developed …

When subjected to laser irradiation of different power densities, Ti 3 SiC 2 MAX phase-
modified 2-DC/SiC composite experiences various chemical and physical reactions and …

To reduce Si layer delamination or spallation caused by volume change of the layer during
thermal cycle and improve the oxidation resistance of Si layer, the SiC-nanowire-reinforced …

The intricate woven structure of two-dimensional woven carbon fiber-reinforced silicon
carbide (2D C/SiC) poses challenges to the investigation of damage failure mechanisms …

Dynamic tensile experiments of unidirectional (UD) SiC f/PyC/SiC composites and SiC fiber
bundles were performed using a Kolsky tension bar test system. Typical failure …

C/C–SiC composites with high textured pyrocarbon (HT PyC) were fabricated by isothermal
chemical vapor infiltration and reactive melt infiltration. The evolution of HT PyC before and …

The ablation resistance of Cf/HfCPIP-SiCCVI composites was tested under an oxyacetylene
flame. After ablation, many SiO2 nanowires were formed in situ in the edge region. From the …