
A study was made of the number of dislocations change in the crystallographic shift zone for fcc metals: lead, aluminum and copper, depending on the magnitude of the acting stress and other factors affecting the formation of the shear zone, using a mathematical model that takes into account the influence of the basic resistance mechanisms to the propagation of a dislocation loop
Проведено исследование изменения количества дислокаций в зоне кристаллографического сдвига для ГЦК-металлов: свинца, алюминия и меди, в зависимости от значения действующего напряжения и других факторов, влияющих на формирование зоны сдвига с использованием математической модели, в которой учтены основные механизмы сопротивления распространению дислокационной петли
plastic deformation, dislocation, дислокация, ГЦК-материалы, зона сдвига, fcc materials, mathematical modeling, кристаллографическое скольжение, shear zone, пластическая деформация, crystallographic slip, математическое моделирование
plastic deformation, dislocation, дислокация, ГЦК-материалы, зона сдвига, fcc materials, mathematical modeling, кристаллографическое скольжение, shear zone, пластическая деформация, crystallographic slip, математическое моделирование
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