Based on a combination of molecular dynamics simulations and quantum theories, this
study discloses the phonon mechanism of angle-dependent superlubricity between black …

We investigate that multiple friction peaks occur with an increase in velocity in
commensurate and incommensurate states between graphene layers. Fast Fourier …

This work investigates the coupling effect of structural lubrication and thermal excitation on
phononic friction between black phosphorus (BP) layers. As the rotation angle increases …

Employing fast Fourier transform (FFT) of instantaneous friction and interfacial phonon
spectrum, phononic origin of friction between graphene layers, in which one layer suffering …

Although the friction characteristics under different contact conditions have been extensively
studied, the mechanism of phonon transport at the structural lubrication interface is not …

This paper studies excitation-dependent energy dissipation in friction process under both
commensurate and incommensurate states between graphene layers. The results show that …

It is generally recognized that the lattice mismatch at contact interface due to applied strain
will lead to a decrease in friction; however, two aberrant phenomena of friction between …

Interfacial thermal conductance (ITC) between two contact surfaces is an important factor in
accurately measuring energy transfer and heat dissipation at the interface; however, it is still …

This paper decodes the dependence of phononic superlubricity on commensurability
caused by relative rotation between molybdenum disulfide (MoS2) layers. Results show that …

Herein, we employ molecular dynamics simulations to decode the friction properties and
phonon energy dissipation between black phosphorus layers. The observations reveal the …