Reactive multilayer thin films are a class of energetic materials that continue to attract
attention for use in joining applications and as igniters. Generally composed of two …

Non‐isothermal processes in nanometric metallic multilayers are reviewed, both
experimentally and theoretically. The Ni/Al nanofoil is considered as a model system. On the …

Abstract The Cu-Al composite material possesses a large potential value in practical
application due to its excellent properties. Whereas the Cu/Al interface is an inevitable issue …

An efficient approach that combines short-term (minutes) high-energy dry ball milling and
wet grinding to tailor the nano-and microstructure of Ni+ Al composite reactive particles is …

Using molecular dynamics (MD) simulations, the shock induced plasticity and stacking fault
of coherent {001} Ni/Ni 3 Al laminate composite based on the interfaces were studied in this …

The dissolution process of Ni into liquid Al in a layered Ni–Al–Ni system is here studied by
means of molecular dynamics simulations, using an embedded-atom method type potential …

A multiscale inference analysis is conducted in order to infer intermixing rates prevailing
during different reaction regimes in Ni/Al nanolaminates. The analysis combines the results …

We present molecular dynamics simulations of the thermomechanical response under shock
loading of a granular material consisting of laminated Ni/Al grains. We observe two regimes …

Hexagonal close-packed (hcp) Ni exists only on a nanometric scale and readily converts
into the stable face-centered cubic (fcc) polymorph. This work reports a spontaneous …

Molecular dynamics simulation of Al/Ni multilayer foils reveals a range of different reaction
pathways depending on the temperature of the reaction. At the highest temperatures, Fickian …