REGULARITIES OF DISTRIBUTION OF WIRE DEFORMATION IN MULTILAYERED STRAND WITH CIRCULAR CALIBRATION COMPRESSION
Abstract
The mechanism of metal flow during circular plastic calibrating (small) compression of a multilayered strand has been revealed and justified, on the basis of which a model for the deformation of wires has been developed. The technique allows to analyze the features of each stage of deformation of the strand, estimating the geometry of the contact of the wires and the nature of their interaction. This ensures the determination of the required amount of compression and the design of rational strand construction. It is shown that the entire crushing process is divided into five main stages.
About the Authors
Veniamin Aleksandrovich HaritonovRussian Federation
Professor, candidate of technical Sciences
Artem Borisovich Ivantsov
Russian Federation
docent, candidate of technical Sciences
Tatiana Aleksandrovna Lapteva
Russian Federation
Senior Lecturer, candidate of technical Sciences
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For citations:
Haritonov V.A., Ivantsov A.B., Lapteva T.A. REGULARITIES OF DISTRIBUTION OF WIRE DEFORMATION IN MULTILAYERED STRAND WITH CIRCULAR CALIBRATION COMPRESSION. Izvestiya. Ferrous Metallurgy. 2019;62(9).
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