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 …

Reinforcing a molybdenum matrix with appropriate oxide fibers slows down oxidation of
molybdenum at high temperatures. At the same time, oxide fibers crystallized from the melt …

Современное композитоведение обязано своим рождением композитам с
металлической матрицей. Однако, родившись, по-видимому, несколько …

[en] The technique of solid-state making of a laminate composite based on niobium with
boride-silicide strengthening is presented. The technique consists in diffusion welding of a …

Molybdenum-matrix composites reinforced with composite fibres containing mullite and
zirconia in various proportions (including that corresponding to eutectic) were successfully …

Mullite-zirconia ceramics produced by powder metallurgy methods or directional
solidification are well-known materials that combine the high creep resistance of mullite and …

Most efforts in developing advance materials to be used in machines for transportation and
power generation have been always directed towards enhancing the energy efficiency of the …

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

Reinforcing a molybdenum matrix with appropriate oxide fibres slows down oxidation of
molybdenum at high temperatures. At the same time, single crystalline and eutectic oxide …

The most important problem of materials science is to enhance the energy efficiency of
machines by developing new high temperature materials. Using single crystalline and …