Sentence examples for macroscopic plastic deformation from inspiring English sources

Through a detailed comparative analysis among coated BMG samples with different plasticity, the correlation between the macroscopic plastic deformation behavior and the serrated flow characteristics is studied from the potential energy landscape point of view.

This model couples microscopic dislocation motion and multiplication to macroscopic plastic deformation during the crystal growth process.

The resulting new dislocations are mobile and contribute to the macroscopic plastic deformation on the order of 30 60%.

At the higher stresses, the yield criterion is satisfied in large regions of the matrix, allowing extensive shear band propagation and significant macroscopic plastic deformation.

This requires comparison of microstructures before and after imposed macroscopic plastic deformations, in order to estimate the local/mesoscopic strains from the displacements of identifiable grain boundary segments.

Grain boundary triple junction cracking occurs preferentially, while the microscopically ductile slip-localization-induced intergranular cracking assists crack growth during plastic deformation resulting in macroscopic brittle fracture appearance.

Plastic deformation at the macroscopic scale has been widely exploited in industrial practice in order to obtain desired shape and control the requested properties of metallic alloy parts and components.

Due to such complexity, the understanding of their macroscopic mechanical behaviour requires study of the plastic deformation mechanisms which occur from the nanoscopic to the microscopic scale.

Macroscopic deformation modes, elastic, uniform plastic, and unstable plastic deformation modes, are mapped in tensile true stress dose space for more than two dozen metallic materials consisting of 13 body-centered cubic (bcc), 11 face-centered cubic (fcc), and two hexagonal closed packed (hcp) metals.

Multifractal analysis is applied to both the macroscopic stress serrations and the acoustic emission accompanying the plastic deformation.

However, smaller ferrite volume fraction of ferrite-40ferrite-40%teel induced bainite plastic deformation in order to fulfill the macroscopic strain of the steel.