Abstract 3D woven composite materials are prime candidates for thermal protection due to
their significant thermophysical properties, which necessitates accurate prediction of these …

Abstract HfC, TaC and SiC with different proportions were introduced into C f/LaB 6 preform
to fabricate four kinds of UHTC doped C/C composites. Results show that LaB 6 could react …

LaB 6 powders with uniform distribution were successfully in-situ grown in the substrate of
C/C felt. ZrC and SiC were subsequently introduced to fabricate four kinds of LaB 6 modified …

Thermal conductivity behaviors are one of the most important evaluations of C/SiC
composites in the field of thermal protective structures. Represent volume element (RVE) …

This study investigated the effects of different arrangements of three-dimensional fibers on
polymer matrix composite thermal conductivity under heat flux boundary conditions. The …

This paper presents a method to manufacture gradient three-dimensional (3D) orthogonal
preforms by controlling fiber tension in the flexible oriented 3D woven process (FO3DWP) …

This paper predicted thermal responses of plain-woven composites with interfacial and
internal defects based on the multi-scale simulation. The effective and localized responses …

Temperature distribution and heat transfer of carbon fiber composites under direct current
are key factors to thermal-electric behavior design in aircraft. Here we report the effect of …

In order to cope with more extreme aerothermodynamic environment, a dual-layer hybrid
fiber-reinforced polymer composite (HFRP) was proposed as a thermal protection material …

The thermal conduction properties of 2.5 D angle-interlock woven composites (2.5 DAWC)
were investigated along warp, weft and thickness directions both from experimental …