The Effect of the Elastic Fields Caused by a Networks of Dislocations Placed at Interfaces of a Three-Layer Material Cu/Cu/(001) Fe in the Case of Anisotropic Elasticity

The knowledge of elastic fields caused by dislocation networks is a network that is sometimes indispensable for the interpretation of images obtained by electron microscopy and for the understanding of physical phenomena. In this axis, the present work makes it possible to determine the elastic behavior of a thin bimetallic isotropic elasticity in the case where the hetero-interface is covered with a parallel network of wedge type detuning dislocations. The topology of the free surfaces is calculated according to the total thickness of the bimetallic strip until a relaxation is reached for a thickness "h" called critical thickness.

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Influence of the Variation of the Thickness of a Bilayers Cu/(001) Fe in Isotropic Elasticity on the Field of Displacements

Baroura

Bourabbou

Bendaoui

et al. 2018

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The Effect of the Elastic Fields Caused by a Networks of Dislocations Placed at Interfaces of a Three-Layer Material Cu/Cu/(001) Fe in the Case of Anisotropic Elasticity

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Influence of the Variation of the Thickness of a Bilayers Cu/(001) Fe in Isotropic Elasticity on the Field of Displacements

Influence of the Variation of the Thickness of a Bilayers Cu/(001) Fe in Isotropic Elasticity on the Field of Displacements

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