Structure and Properties of Titanium Modified Silicon-carbide at EBM

Abstract

Aim of the work is development of technology of production of ingots from sparsely-alloyed titanium alloys using electron beam melting method. To get high mechanical characteristics in titanium alloy, the modifiers of high-dispersion carbide compounds were used as foundry alloys. They in process of electron beam melting provide strengthened with nanoparticles structure of a material suitable for further deformation processing. In order to develop nanosized alloying modifiers for high-strength titanium alloys there were synthesized nanosized powder in form of carbon solution in silicon-carbide. A technology was developed for production of ingots from sparsely-alloyed titanium alloys using electron beam melting method. The works on production of 200 mm diam. titanium ingots with addition of 0.5% and 1.5% of the alloying modifiers based synthesized nanosized silicon-carbide were carried out with the help of determined modes. Hot deformation processing of ingots was performed, 15 mm thick deformed sheets were produced and then subjected to further heat treatment. Structure and properties of obtained material were investigated.

Developmental review of metal additive manufacturing processes

“…8 Electron Beam Melting (EBM) is a technology that belongs to the family of additive manufacturing, being used for the manufacture of products with a complex https://www.hst-journal.com Історія науки і техніки, 2023, том 13, випуск 2 History of science and technology, 2023, vol. 13, issue 2 343 shape and structure (Akhonin et al, 2019). Process-wise, the process consists from successive layer-by-layer melting of powder material utilizing powerful electron guns in vacuum chambers (Fig.…”