Raman spectroscopy was used to measure Raman spectra of the inner SiC fibers and
surface C-rich layers of SiC fibers, composite precursors and SiC f/Ni-Cr-Al composites. The …

Recent results of creep and creep-rupture experiments with oxide-fibre/Ni-based-matrix
composites at temperatures of 1100–1200° C clearly showed a need to use adequate …

A brief review of the methods of fabrication of single crystalline oxide fibres is presented. It is
shown that the internal crystallisation method (ICM), that is crystallisation of the fibres in …

A new type of composites containing eutectic oxide fibres and a high entropy alloy (HEA)
with a melting point of about 1450° C as the matrix is obtained via liquid infiltration route. A …

Three families of metal matrix fibrous composites are considered in the paper as potential
candidates for future heat resistant materials. Strength, fracture toughness, creep resistance …

The performance of continuous SiC fiber-reinforced titanium matrix composites (SiC f/Ti) is
highly dependent on the interfacial reaction layer (RL) and the microstructure of the matrix …

Directionally solidified ternary Al2O3/Y3Al5O12 (YAG)/ZrO2 hypoeutectic rod composites
were successfully fabricated by the laser zone remelting technique. The microstructure and …

Oxide fiber-reinforced Ni-base composites have long been considered as attractive heat-
resistant materials. After several decades of active research, however, interest in these …

The fibre/matrix interface in fibrous composites with brittle fibres can play a synergetic role in
developing creep resistance of the composites. Increasing the interface strength, which is …

The main objective of the present work is to evaluate the high-temperature creep properties
of a family of heat-resistant composites. For the first time, it has been possible to test …