The mechanical properties of metal-matrix composites Al–Mg processed by high-pressure torsion

The results of studies of the evolution of the structure and tensile properties of Al–Mg system composites obtained by torsion at an increased pressure of up to 8 GPa and varying the number of rotations from 10 to 100 are presented. It is shown that the maximum number of rotations during deformation ensured a uniform structure and strength at the level of high-strength aluminum alloys.