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Study of the deformation of composite materials based on metastable iron-chromium-nickel alloys by digital image correlation
Russian version
Ishkinyaev E. D. 1, Osintsev A. V. 1, Petrovskiy V. N. 1, Voronov V.D.1, Blinova E. N. 2, Libman M. A. 2
1National Research Nuclear University “MEPhI”, Moscow, Russia
2I.P. Bardin Central Research Institute for Ferrous Metallurgy, Moscow, Russia
Email: ishkinyaev.emil@gmail.com, avosintsev@mephi.ru, VNPetrovskij@mephi.ru, voronovvaleriid@gmail.com, blinova_en@rambler.ru
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This study consideres application of the digital image correlation method for estimating the relative deformations of composite materials obtained with the use of thermal treatment by laser radiation. The use of this technology made it possible to determine the mechanical properties of materials containing macroscopic austenite regions distributed in the martensite matrix according to a given law. The evolution of strain fields that occur when a load is applied to the samples under study is determined. The influence of the shapes and sizes of regions with high plastic properties (austenite) on the integral mechanical characteristics of composite materials has been studied. Keywords: Laser processing, mechanical testing, direct and reverse martensitic transformation, austenite.
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