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
Keywords:
Diagnostics, ultrasonic methods, non-destructive testing, defects detection, material characterization, multi-layered composites, metals, plastics
Field of Science:
ICT technologies, inclusive and creative society, Health technologies, biotechnologies and safe food, New production processes, materials and energy efficiency
ICT technologies, inclusive and creative society, Health technologies, biotechnologies and safe food, New production processes, materials and energy efficiency
Immersion NTR acoustic intensity measurement system (AIMS) that allows measuring and mapping of acoustic fields in liquids
"Tescan": precise 6-axis cartesian and polar scanner with water tank
Stereo microscope with digital camera „Olympus“ MVX10
"Tescan": Precise 11-axis cartesian and polar scanner with water tank
Multi-channel ultrasonic phased array system „Dasel Sitau“ 128/128 (bandwidth from 0.8 up to 16 MHz, at -3 dB)
Multi-channel low frequency ultrasonic phased array system „Dasel Sitau“ 32/128/2 (bandwidth from 0.03 up to 2 MHz, at -3 dB)
Multi-channel Eddy current / ultrasonic phased array system „Olympus Omniscan Mx“
Multi-channel ultrasonic phased array system „Dynaray“ 64/256 (bandwidth from 0.20 up to 25 MHz, at -6 dB)