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FEATURES OF THE APPLICATION OF KIGHtNTENSITY
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acoustic intensity action of ultrasonic aluminium alloys annealed application of ultrasonic austenite behaviour cavitation changes characteristics coefficient components cooling copper crack crystallization curves cyclic stresses deformation amplitude depends deviation amplitude device diameter dimensions dislocation density drawing force drop effect of ultrasonic elongation evaluated experimental experiments factors fatigue limit fatigue tests formation fracture frequency 20 kHz friction grain boundaries hardening heating high-frequency loading higher increase influence of ultrasonic introduction of ultrasonic investigated liquid loading frequency longitudinal ultrasonic oscillation longitudinal wave machining magnetostrictive magnitude martensite material maximum melt metal method monocrystal normal number of cycles obtained oscillation amplitude oscillation with frequency plastic deformation predeformed presence of ultrasonic recrystallization reduction resonance system rolling samples Severdenko simultaneous slip St45 steel static load static stress strength limit strengthening stress amplitude surface temperature tempering tion transducer twisting ultrasonic field ultrasonic soldering ultrasonic-oscillation ultrasound various wave guide welding wire drawing yield point