Polyurea has attracted extensive attention from researchers and engineers in the field of
blast and impact protection due to its excellent quasi-static mechanical properties and …

Polymer nanocomposite films have recently shown superior energy dissipation capability by
using the micro-projectile impact testing method. However, how stress waves interact with …

Motivated by recent discoveries concerning the extreme superiority of multilayer graphene in
terms of kinetic energy dissipation compared to conventional monolithic materials, this …

We conducted large-scale molecular dynamics (MD) simulations of ballistic impact tests on
ultrathin aluminum and polyurea layers and their multilayer arrangements to investigate the …

High-performance materials with excellent impact resistance are of fundamental importance
in impact protective engineering. With the development of experimental facilities and …

The large compositional space of high entropy alloys (HEA) often presents significant
challenges in comprehensively deducing the critical influence of atomic composition on their …

We simulated ballistic impact tests of multilayer polyurea/silicon-carbide (SiC)
nanostructures using molecular dynamics (MD). First, we conducted density functional …

We conducted large-scale molecular dynamics (MD) simulations of shock wave propagation
and spallation in amorphous polyurethane and polyurea. First, we computed the shock …

Establishing scaling laws for amorphous alloys is of critical importance for describing their
mechanical behavior at different size scales. In this paper, taking Ni2Ta amorphous metallic …

We conducted density functional theory based quantum molecular dynamics (QMD) and
force field based classical molecular dynamics (CMD) simulations to compute the shock …