Спрямована кристалізація

Physics of high-temperature strength of reinforced ceramic materials of special, functional and biomedical purposes

Деталь камери згорання апогейного рідинного двигуна

The basic regularities of the physical nature of strength of directionally solidified eutectic alloys (LaB6-MeB2, B4C-MeB2, Ti-TiB, Mo-Si-B, etc.) have been defined by systematic studies of the influence of the nature of the matrix and reinforcing phases, their structural-geometric characteristics, and stress-strain state on the temperature dependence of mechanical characteristics of composite materials.

Creation of physical bases of operating of technological processes of manufacturing of reinforced heatproof cermet materials of polyfunctional setting

Шнеки пресів-екструдерів, наплавлені стрічковим релітом на основі сферичних частинок плавлених карбідів вольфраму, легованих молібденом

Created physical fundamentals of process control production of wear-resistant high temperature metal and ceramic material reinforced single crystalline fibers of superhard refractory compounds during high-speed sintering directional solidification of melt eutectic alloys quasi binary systems (LaB6-MeB2, B4C-MeB2, WC-W2C, Ti-TiB2) and subsequent heat treatment.

Creating Physical and chemical bases of control ultrathin structure kvaziviscous reinforced high temperature ceramics multifunctional use

Компоненти

The influence of the kinetic parameters of the process of directional solidification from the melt and directional sintering in the dispersed state, crystal chemistry and diffusion properties of the initial components, energy parameters of elastic waves, the nature of alloying components on the structural and geometric characteristics of the phase components of ceramic composite materials are investigated.