COMPUTER MODELING OF SHEAR RUPTURE IN TITANIUM AS THE INITIAL STAGE OF THE HOMOGENEOUS SURFACES FRICTION
( Pp. 107-113)

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Gnidenko Anton Aleksandrovich kand. fiz.-mat. nauk, st. nauch. sotrudnik
Institute of Materials of Far Eastern Branch of the Russian Academy of Sciences
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Abstract:
In the present work quantum-mechanical calculations were used to simulate shear rupture in perfect titanium crystal lattice and through the defect interface. The changes in the atomic structure and the energy dependence on the shift values in the slip planes for the α and β phases of titanium are studied and compared.
How to Cite:
Gnidenko A.A., (2017), COMPUTER MODELING OF SHEAR RUPTURE IN TITANIUM AS THE INITIAL STAGE OF THE HOMOGENEOUS SURFACES FRICTION. Computational Nanotechnology, 2: 107-113.
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Keywords:
modeling, the theory of density functional, the method of pseudopotential, shear destruction, Titan.