AM powder manufacturing Casting of special alloysNanomaterials

- Material manufacturing Process optimization - New alloys received by methods of powder metallurgy - Mechanical properties optimization by heat treatment and deformation- Steels and alloys for aerospace and military applications

Developing new materials (steels, alloys and composites) for medicine and aviationResearch extrusion and treatment regimesMetallographic analyzes for polymers, alloys and ceramics

Structure and properties of the high-speed steels and cutting tools, made out of them, depending on a preliminary molten preparation and methods of the materials’ manufacturing; anti corrosion plating;-Manufacturing of self-sharpening multilayer edges cutting instrument for an agricultural machine industry by methodsof powders’ rolling;-Research and manufacturing of Titanium-based alloys for aerospace and machine industry;-Investigating of Mechanical properties of ferrous metals depending of its treatment;-Manufacturing of new materials, testing of materials, thin films and ready-to-go items;-Performing materials’ deformation by rolling and extrusion;-CAD Design and project’s presentation;-Participated in research program for Boing, NATO and UA Aviation.

Quality control; engineering support of Zn plating lines and heat treatment department

1. Nanoengineered armor materials2. Investigated Superhard materials and their usage for body armor;3. Anisotropy of mechanical properties of ceramics;4. Investigated properties for different materials (ceramics, alloys, and single crystals) and thin films

Research and development in the following areas:1. Changes in structure and properties of cutting tools and high-speed steels under thermal treatment conditions;2. Titanium – siliconizing of carbon steels and armko-iron;3. Optimization of thermal treatment’s regimes for cutting tools made out of powders and ceramic