Research of macro- and micromechanics of steel deformation during drawing by multiscale computer simulation

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The article compares the results of modelling allowing for the TRIP effect and overlooking it. The comparison shows that martensite, which forms in the microstructure, causes a significant rise of equivalent stresses across the entire representative volume, which is extremely critical in the drawing process engineering. The method applied also gave a better understanding of how the microstructural elements interact in TRIP steel under strain, which helped explain more intense (2 or 3 times as high compared with the average values) radial strains in the plastic phases close to bigger grain clusters of stronger bainite and martensite phases.

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Drawing, steel, trip effect, multiscale simulation, representative volume, stress-strain state, microstructure

Короткий адрес: https://sciup.org/147157119

IDR: 147157119   |   DOI: 10.14529/met170410

Статья научная