Spheroidized ferrite-cementite steel (SFC) is susceptible to micro-defects owing to the
mismatched deformation between the ferrite and cementite during cold forming, which …

Molecular dynamics (MD) simulation, an atomic simulation technique, plays a significant role
in studying mechanism of ultra-precision cutting. MD simulation of nanometric cutting with …

The aim of the article is to study the crack tip behaviour in mutli-elemental alloys. Molecular
dynamics based simulations were performed in conjunction with 2NN MEAM potential to …

The application of the Cohesive Zone Model (CZM) in concrete meso-mechanics solves the
nonlinear problem of material crack tip well. At present, the application methods of CZM in …

Adhesive failure between bitumen and aggregates is the primary cause of cracking in
asphalt mixtures and pavement moisture damage. The resulting pavement distress poses a …

This research article explores the effect of grain boundary (GB) misorientation on the
mechanical behavior of aluminum (Al) bicrystals by means of molecular dynamics (MD) …

Crack propagation mechanisms and phase transformation play a crucial role in improving
the formability of metastable high-entropy alloys (HEA). In this study, a multi-component …

This paper investigates the role of compositional complexity in the fracture behavior of a
model quinary high entropy FCC alloy. The simulations are based on a multi-scale …

The present study is committed to exploring the intergranular crack performance of
magnesium (Mg) bicrystals with typical twin boundaries (TBs) by molecular dynamics …

The primary objective of this study was to explore the crystal orientation-dependent fracture
mechanism of nickel–titanium (NiTi) alloys by using molecular dynamics simulations. We …