The excellent properties exhibited by W/Cu composites have stimulated the interest of many
researchers. Molecular dynamics (MD) plays an important role in regulating the alloy ratio …

We present a practical computational framework for the coarse-graining of cross-linked
epoxies by develo** a machine-learning technique, which integrates molecular dynamics …

The W–Cu materials hold vast potential for applications in electronic information, nuclear
energy, and aerospace sectors. Here, we report a new occurrence of solid-state …

Tungsten and steel were successfully bonded using hot isostatic pressing (HIP) diffusion
bonding with Ni interlayer. The influences of surface roughness, post-weld heat treatment …

Unlike the modified embedded atom method (MEAM), which requires consideration of the
bond angles, the embedded atom method (EAM) and Finnis Sinclair (FS) potential have …

Mo/Cu composites exhibit significant potential for applications in electronic packaging and
other domains. However, the diffusion process and mechanism of Mo/Cu composites are …

An embedded atomic method based on Chen's lattice inversion (CLI-EAM) was developed
for the Zr 3 Al binary alloy. The reliability of the potential function was established through …

By combining the lattice inversion method and the back-propagation neural network
(BPNN), we have developed a neural network-based lattice inversion potential (NN-LIP) …

TiV alloy is an important candidate structural material of hydrogen storage and fusion reactor
systems. It will be inevitably invaded by impurity atoms such as H, He, C, and O in service …

Pd-Ag bimetallic nanoparticles have been researched among many fields due to their
excellent electronic, catalytic and optical properties. It's of great significance to learn about …