Add to ORKGpeer reviewedMacroscopic tensile, compression and torsion tests have been performed as well as texture measurements. Based on these data a phenomenological yield locus has been defined to describe the behaviour of an ultrafine-grained aluminum obtained by ECAE
During the last decade ultrafine grained (UFG) and nano-structured (NS) materials have experienced a...
peer reviewedThe main objective of this paper was to characterize the mechanical properties of comme...
Theoretical and experimental studies are presented to characterize the anisotropic plastic response ...
peer reviewedHot-rolled AA1050 commercial pure aluminum was deformed by ECAP (Equal Channel Angular ...
peer reviewedResults of FEM simulations predicting the mechanical behavior at room temperature of t...
compression and torsion tests have been performed as well as texture measurements. Based on these da...
Theoretical and experimental studies are presented to characterize the anisotropic plastic response ...
During the last decade ultrafine grained (UFG) and nano-structured (NS) materials have experienced a...
peer reviewedThe main objective of this paper was to characterize the mechanical properties of comme...
Theoretical and experimental studies are presented to characterize the anisotropic plastic response ...
peer reviewedHot-rolled AA1050 commercial pure aluminum was deformed by ECAP (Equal Channel Angular ...
peer reviewedResults of FEM simulations predicting the mechanical behavior at room temperature of t...
compression and torsion tests have been performed as well as texture measurements. Based on these da...
Theoretical and experimental studies are presented to characterize the anisotropic plastic response ...
During the last decade ultrafine grained (UFG) and nano-structured (NS) materials have experienced a...
peer reviewedThe main objective of this paper was to characterize the mechanical properties of comme...
Theoretical and experimental studies are presented to characterize the anisotropic plastic response ...