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Information × Registration Number 0224U033413, (0124U002070) , R & D reports Title Influnce of hot pressing on the evolution of the microstructure and physical-mechanical properties of titanium matrix composites for the military industry popup.stage_title Вплив гарячого пресування на еволюцію мікроструктури та фізико-механічні характеристикититаноматричних композитів Head Stasiuk Oleksandr O., Кандидат технічних наук Registration Date 27-12-2024 Organization Institute of Metal Physics. G.V. Kurdyumov of the National Academy of Sciences of Ukraine popup.description1 Establishing parameters that influence on the process of microstructure formation and physical-mechanical properties of titanium matrix composites using titanium hydride as raw materials obtained by powder metallurgy technic with consequence hot pressing. Creation of functionally graded titanium matrix materials using hot pressing and investigation of their ballistic properties. popup.description2 The work consists in establishing the general regularities of the formation of the microstructure and physical and mechanical properties of titanium matrix composites obtained by the hydride approach of powder metallurgy with subsequent hot pressing. Creation of functionally gradient titanium matrix materials using the hot pressing method and study of their ballistic characteristics. The proposed work will combine two different areas of research. The first is a fundamental study of the regularities of the formation of titanium matrix composites. Using various high-modulus compounds as a reinforcing phase, and hydride technology for the manufacture of composites. The second area concerns the use and adaptation of synthesis and densification methods, which are mainly used to obtain ceramics, obtain high-density composite titanium materials. These methods consist in applying additional pressure and temperature simultaneously during the densification process. The combination of these approaches allowed the creation of titanium matrix composites of various compositions. The evolution of the microstructure, phase composition, physical and mechanical properties of titanium matrix composites were studied. Based on the results obtained, a research plan for the next year was developed, which consists of creating and researching functionally gradient titanium materials. Product Description popup.authors Vedel Dmytro V. Oryshych Denys V. Osipov Anton Ye. popup.nrat_date 2024-12-27 Close