Metallographic study and ultrasonic evaluation of damage accumulation in a low-carbon steel welded joint

Получена: 28 марта 2023; Исправлена: 19 апреля 2023; Принята: 20 апреля 2023
Эта работа написана на английском языке
Цитирование: A.V. Gonchar, K.V. Kurashkin. Metallographic study and ultrasonic evaluation of damage accumulation in a low-carbon steel welded joint. Письма о материалах. 2023. Т.13. №3. С.204-208
BibTex   https://doi.org/10.22226/2410-3535-2023-3-204-208

Аннотация

Observed microstructure changes caused by loading mainly concern in the development of persistent slip bands. Acoustic birefringence decreases linearly with cycles under fatigue and increases monotonically with plastic strain under tension.This paper is devoted to metallographic studies and acoustic birefringence measurements in specimens, made from a welded joint of ASTM 1020 steel under uniaxial static and cyclic loading. Microstructural changes on the surface were observed using an optical microscope. It was found that the development of slip bands varies in the base metal and in the heat affected zone. The greater mobility of dislocations in the heat-treated metal contributes to a more intensive development of slip bands. Acoustic birefringence of ultrasonic shear waves was measured by the echo method. For both the base and heat-treated metal, acoustic birefringence was found to decrease linearly with cycles endured under fatigue, while, under uniaxial tension, one was found to increase monotonically with plastic strain. The development of microdefects and the formation of a deformation texture produce differently directed effects on the change in acoustic birefringence. Based on the results obtained, an ultrasonic technique was proposed for damage evaluation using data of acoustic birefringence measurements.

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1. Russian Science Foundation - 21-79-10395