The shear banding mechanisms of sputter-deposited nanoscale Cu/Ru multilayer with
single-layer thickness of 0.8 nm and 1.5 nm, respectively, were investigated by …

Nano-scale Au/Cu multilayers were investigated by nano/microindentation. It was found that
the hardness of the multilayers increases with decreasing individual layer thickness (λ), and …

The effect of individual thickness on the mechanical properties of Cu/Ru multilayer films
deposited onto flexible substrate was investigated by uniaxial tension tests. It is found that …

The microstructure evolutions of Cu/Ru multilayered films with equal individual layer
thickness h ranging from 1.5 nm to 200 nm were investigated. Based on systematic X-ray …

The microstructure and deformation/strengthening behavior of Cu/Ru (face-centered cubic
(fcc)/hexagonal close-packed) and Cu/Cr (fcc/body-centered cubic) multilayered films with …

Abstract We synthesized CuZr/Cu multilayers and performed nanoindentation testing to
explore the dependence of plastic deformation modes on the thickness of CuZr layers. The …

Nanoscale Cu/Ta multilayers with individual layer thickness ranging from 3 to 70nm were
deformed under nanoindentation at room temperature. Shear bands can be observed only …

The mechanical response to indentation (including nano-and microindentation) has been
investigated in Cu/Au and Cu/Cr multilayers with respective layer thickness ratios of 1: 1 and …

Plastic deformation and fracture behavior of two different types of Cu/X (X= Au, Cr)
multilayers subjected to tensile stress were investigated via three-point bending …

Au/Cu multilayers with individual layer thickness ranging from submicron to nanometer scale
were deformed by a nanoindenter. In the nanoscale multilayer, we found that the constituent …