Silicon carbide fiber reinforced silicon carbide ceramic matrix composites (SiC-CMCs)
currently present wide application potential as thermal structure component in aero-engine …

Abstract Melt infiltrated SiC/SiC ceramic matrix composite unidirectional (UD) composite
specimens were imaged under load using X‐ray microtomography techniques in order to …

Due to the extensive applications of SiC fiber‐reinforced composite materials in the fields of
aviation, aerospace, and nuclear power, there are increasing demands for SiC fibers with …

Most polycrystalline SiC-based fibers were prepared at a sintering temperature higher than
1600° C. In this work, a ZrO 2 reinforced SiC-ZrB 2 polycrystalline fiber was prepared at …

The oxidation behavior of Sylramic SiC fibers without a boron nitride surface layer was
compared to Sylramic iBN SiC fibers with a boron nitride surface layer by conducting …

The strengths of oxidized SiC fibers were modeled from the effects of SiO2 scale residual
stress on fracture. Surface tractions from scale residual stress were determined for SiC …

The environmental degradation of SiC/BN/SiC CMCs under low temperature water exposure
is still an unexplored field. This work shows how the effect of low temperature humid …

The mechanical response of ceramic matrix composites depends critically on the slip along
the matrix–fiber interface, which is usually achieved with thin coatings on the fibers …

The near stoichiometric SiC fiber has been reported to play significant roles in the
application of aeroengine field. An in‐depth understanding on the degradation mechanism …

In this paper, we present a continuum-level thermodynamically consistent oxidation model
that couples large viscoelastic deformation, diffusion and oxidation reaction. Constitutive …