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Applied research in detection of internal defects and determination of physical and mechanical properties and their change in materials, using non-destructive ultrasonic methods for materials characterization, diagnostic and measurement
Description: Applied research into the physical-mechanical properties of various metallic, plastic, composite, etc. materials, their changes and the detection of internal defects, using non-destructive ultrasonic methods of materials science, diagnostics and measurement |
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Applied research in ultrasonic non-destructive testing to prevent accidents in oil and gas industries, transport (railways and bridges), energy (nuclear, thermal, water and wind), aviation and space sectors
Description: Applied research on ultrasonic non-destructive testing methods for the prevention of technological accidents in the oil and gas industry, transport (railways, bridges), energy (nuclear, thermal, hydro and wind), aerospace and aviation sectors. For example, the study of the impellers of wind turbines to detect internal defects, the study of the corrosion of the bottom of fuel tanks, etc. |
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Photoelectric module quality study by assessing polycrystal delamination
Description: Photoelectric module quality study by assessing polycrystal delamination |
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Prototyping of ultrasonic quality control systems, for monitoring the technological operations during the manufacturing process
Description: Prototyping of ultrasonic quality control systems for monitoring technological processes in production. Examples of applications: viscosity and density measurements of liquid plastics under production conditions, measurements of changes in layer thicknesses of multilayer plastic pipes in production, measurements of changes in density of ceramic tile blanks, investigation of food blanks. |
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