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.
Keywords:
Ultrasound, non-destructive testing, testing, accident prevention, industry, aviation, energy, transport, wind energy, railways, internal defects
Field of Science:
Diagnostic and measurement technologies, Smart environments and information technology, New materials for high-tech, Technologies for sustainable development and energy
Diagnostic and measurement technologies, Smart environments and information technology, New materials for high-tech, Technologies for sustainable development and energy
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)