With our recently developed deformation device, the in situ tensile tests of single crystal
molybdenum nanowires with various size and aspect ratio were conducted inside a …

Molybdenum is a refractory metal that is stable in a body-centred cubic structure at all
temperatures before melting. Plastic deformation via structural transitions has never been …

The effects of grain size and length-to-diameter ratio (LDR) on deformation behaviors of
polycrystalline molybdenum nanowires are studied with molecular dynamics simulations at …

A systematic study on the deformation mechanisms of molybdenum (Mo) nanowires (NWs)
was conducted using molecular dynamics simulations. Both axial orientation and wire …

Using molecular dynamics and modified analytic embedded atom methods, the stress-
induced phase transformation and strain rate effect on deformation characteristics of …

This article considers the effect of the stacking fault energy and deformation temperature on
the structure formation of a molybdenum single crystal with an initial orientation (110). The …

The deformation behavior and strengthening mechanism for Mo-3Nb single crystal with<
111> orientation and polycrystal have been investigated and disclosed comprehensively in …

Characterizing the fundamental micromechanisms activated during plastic deformation is
critical to explain the macroscopic shock response of materials and develop accurate …

The occurrence of recrystallization will cause catastrophic damage to the structure of the
metallic single crystal, which can be avoided by alloying reasonably. In this work, a new …

We report the deformation behavior of single crystalline molybdenum nanopillars in uniaxial
compression, which exhibits a strong size effect called the “smaller is stronger” …