The issue of stress in thin films and functional coatings is a persistent problem in materials
science and technology that has congregated many efforts, both from experimental and …

Molecular Dynamics (MD) simulations have been employed to model the growth stresses of
body-centered cubic (BCC) metal thin films, with tungsten being the primary case study, as a …

In our previous study, an average X-ray strain (AXS) method was proposed to improve the
measurement accuracy of X-ray residual stress (XRS) and X-ray elastic constants (XECs) by …

Molecular dynamics simulations are performed to investigate the effect of stacking fault (SF)
boundary, loading condition and temperature on the mechanical behaviour of …

In this work, the phase stability of non-equiatomic Fe50Mn30Co10Cr10 and
Fe50Mn30Co10Ni10 high entropy alloys (HEAs) under strong constraining conditions as …

In this work, hcp-to-bcc Ti phase transformation was uncovered in Ti/Ta nanostructured
multilayers. The Ti nanolayers were fully transformed to bcc phase when the layer thickness …

As a representative of hcp/bcc metallic multilayers, the correlation between microstructures
and mechanical properties of nanostructured Zr/Mo multilayers with were studied. Zr/Mo …

As the length scale of individual layers were reduced in a Cu/Nb multilayer, a face centered
cubic (fcc)-to-body centered cubic (bcc) and bcc-to-fcc transformations were noted for Cu …

During the post coalescence portion of thin film deposition, thin film stress is related to the
grain size and adatom mobility of the depositing material. Using a Fe (Cr) alloy thin film, the …

Abstract Nanostructured Ti/Zr multilayers, with different layer thicknesses h and modulation
ratios ŋ (ratio of the thickness between Zr and Ti layers), were deposited on Si (1 0 0) …