Effect of high-pressure torsion on structure and microhardness of ti/tib metal–matrix composite was associated with an increase in
dislocation density and substructure development that resulted in a gradual
Investigation of the dynamics of a screw dislocation in copper in which the strength of elastic interaction between all
dislocations of the forming
dislocation pileups
Shock-induced structures in copperMeshcheryakov, Yu. I.,
Divakov, A. K.,
Konovalov, G. V.,
Barakhtin, B. K.,
Razorenov, Sergey V.,
Vyvenko, O. V.,
Bondarenko, A. S.,
Khomskaya, I. V.,
Zhigacheva, N. I. of
structural objects of 5-30 µm in diameter, which present the three dimensional frameworks composed from shear
Effect of microstructure on continuous propagation of the Portevine - Le Chatelier deformation bands processing that gives rise to an extreme grain refinement and an increase in the lattice
dislocation density
Quasi-static and shock-wave loading of ultrafine-grained aluminum: effect of microstructural characteristics of the elements of grain–subgrain
structure, grain size and fraction of high-angle grain boundaries were obtained