Modelling of Fluidity during Hot Compaction of Ti-B System Synthesized Mass

Abstract

Developing the scientific basis for making new materials with pre-planned, physical and mechanical properties by SHS (self-propagating high temperature synthesis)-compaction is a fundamental problem of modern metallurgy, which can be solved by imaginative modeling of the structural-phase state of materials. Among the many methods of obtaining metal-ceramic tiles, the ease of process management, cheapness, ecological cleanliness and the possibility of obtaining high-quality products are significantly distinguished by the innovative SHS electrrical rolling process developed at the F. Tavadze Institute of Metallurgy and Materials Science, which, by maintaining the equilibrium velocities of the rolling and combustion fronts, ensures hot deformation of the hot viscous plastic mass in the deformation core under conditions of continuous compensation of heat losses Namicheishvili, 2016 [1] and Aslamazashvili, 2017 [2].

Advanced Boron Carbide Matrix Nanocomposites Obtained from Liquid-Charge: Focused Review

“…It maintains the rolling equilibrium velocities and combustion fronts, ensures hot deformation of the viscous plastic mass, and heat loss compensation. The fluidity of the synthesized Ti-B system mass was modeled [106] during its hot compaction.…”