Study of the laser melting of pre-deposited intermetallic TiAl powder by comprehensive optical diagnostics

Doubenskaia, M.; Domashenkov, Alexey; Smurov, I.

doi:10.1016/j.surfcoat.2017.03.075

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Cited by 9 publications

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“…They may also exhibit specific thermodynamic, optical, electrical, magnetic, and even biological properties. Various aspects of the growth and structural transformations experienced during phase transitions have been previously studied for monometallic titanium nanostructures [2,3], as well as bimetallic (including micro-structured) titanium-aluminium (TiAl) and titanium-vanadium (TiV) alloys [4][5][6]. In [6,7], the effects of cooling rate and composition on the temperature of the phase transformations observed in titanium α + β alloys are described.…”

Section: Introductionmentioning

confidence: 99%

Simulation of Crystalline Phase Formation in Titanium-Based Bimetallic Clusters

Myasnichenko

Sdobnyakov

Ershov

et al. 2020

JNanoR

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In this work, we simulated and analysed phase transformations in the structure of nanosized bimetallic titanium-containing clusters during the cooling process. The results demonstrate the predominantly α+β crystalline structure of the TiAl nanoalloy after cooling, and the TiV nanoalloy has an amorphous structure. The glass transition temperatures for bimetallic systems TiAl and TiV for various compositions were determined.

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