Carbon-carbon composites are advanced materials known for their high strength, high-
temperature stability, and superior thermal conductivity. Mechanical properties such as …

The oxidation of carbon-carbon (C/C) composite materials with a pyrocarbon matrix at
temperatures of 570-600 C to a mass loss of 90% by weight was studied. The formation of …

In order to understand the effects of thermal shock cycles between 1100° C and room
temperature on SiC nanowires reinforced carbon/carbon (SiCnws-C/C) composites, their …

Lightweight composites with excellent thermal shock performance exhibit significant
potential for thermal structural components. Herein, HfC nanowires modified carbon/carbon …

Two kinds of SiC coatings were fabricated on C/C composites by a two-step pack
cementation. The CS-SiC coating was prepared using Si, graphite and Al 2 O 3 powder as …

High-strain-rate compression experiments were performed on 3D needle-punched
Carbon/Carbon composites at room and elevated temperatures with a Split Hopkinson …

Fine weave punctured C/C composites are extensively utilized in aerospace applications
owing to their superior mechanical properties. The effects of temperature over 2000° C and …

The oxide/oxide ceramic matrix composites display complex mechanical behavior under
thermo-mechanical loading conditions. The present work focuses on micro-structural …

In order to understand thermal fatigue behavior of carbon/carbon (C/C) composites, they
were subjected to thermal cycles between 1373 K and room temperature for different times …

Oxide/oxide-ceramic matrix composites (ox/ox-CMCs) are excellent candidates for material
applications in high-temperature and oxidizing environments, which exhibit complex …