Yevheniia KyryliukGenadii BagliukStepan Kyryliuk,Bykov OleksandrYulia Shishkina2025-03-042023https://archive.ipms.kyiv.ua/handle/123456789/112Abstract: The work shows that there is no significant change in the phase composition of composites with a change in the synthesis temperature, so we can use pre-synthesized heats at a temperature of 950 oC to obtain hot-stamped aluminum-based composites. The best characteristics of the synthesized titanium carbide were obtained for the composition 45Al-11C-44Ti (%, wt.). The lattice period of titanium carbide for this sample is 0.4324, and the particle size of titanium carbide formed after sintering is 0.8-1.5 μm. The influence of the component composition of the initial charge on the features of the structure and the phase composition of the thermally synthesized heat of the Al-C-Ti system was established.enthermal synthesismaster alloymetal-matrix compositealuminumstructurephase compositiontitanium carbidelattice spacingArticle