Nickel-based single crystal superalloys reveal obvious anisotropy and orientation
correlation. Choosing the orientation with the best mechanical properties is beneficial to …

Comprehending the plastic deformation and failure mechanisms in Ni-based superalloys is
vital to enhance their intrinsic ductility. In view of this, the present work intends to illustrate …

Grain boundaries are known to be one of the major microstructural barriers to short crack
growth in most metallic materials. In this paper, effects of specified twist angle and tilt angle …

Molecular dynamics simulations are conducted to study the effect of Re and Co addition in
the Ni-based single-crystal superalloys on its flow stresses under varying temperature. It is …

Molecular dynamics simulation was performed to investigate influence of (0 1 0) twist
boundary on intercrystalline crack propagation of nano-nickel bicrystal films. The plasticity of …

The mechanical properties of Ni/Ni3Al monocrystal of nanophases with varying
temperatures, strain rates, and phase sizes have been studied using molecular dynamics …

The primary purpose of this paper is to study intergranular and transgranular crack
propagation behavior at the grain boundary (GB) of Ni/Ni3Al by Molecular Dynamics (MD) …

The propagation of a pre-existing center crack in single crystal tungsten under cyclic loading
was examined by molecular dynamics (MD) simulations at various temperatures. The results …

The fatigue crack propagation behavior of Ni 3 Al was studied using molecular dynamics
simulation at room temperature. The simulation results showed that the deformation …

Tensile deformation of nanoscale bicrystal nickel film with twist grain boundary, which
includes various twist angles, is investigated via molecular dynamics simulation to obtain the …