According to the classic law of Da Vinci-Amontons, a friction force f was found to increase
macroscopically with an external normal load N (f= μ N), with a positive definite friction …

At the macroscopic scale, the friction force (f) is found to increase with the normal load (N),
according to the classic law of Da Vinci–Amontons, namely, f= µN, with a positive definite …

Herein, frictional phonon dissipation in monolayer/bilayer graphene was modeled using
phonon spectra based on molecular dynamics simulations. The results indicate that the …

The atomic-scale tribological properties of the MoO 3 (0 1 0)/Ag (1 1 1) heterogeneous
sliding interface were studied by first-principles calculation method. The interface binding …

Friction force (f) usually increases with the normal load (N) macroscopically, according to the
classic law of Da Vinci—Amontons (f= μN), with a positive and finite friction coefficient (μ) …

Classic Amontons' law states that friction force increases monotonically with the increase of
normal force. Here a nonmonotonic variation of interfacial friction with normal force is …

In this study, the h-BN/h-BN and Gr/Gr interface systems were employed to investigate the
effects of the atomic relaxation on the DFT-calculated friction properties. The friction forces …

Prestress manifests on multilayer suspended two-dimensional materials, significantly
influencing their friction characteristics. Here, friction of multilayer suspended h-BN to …

From the classic Amonton's law, there was a positive correlation between the frictional force
and the normal load when a solid surface slid. However, the negative coefficient of friction …

Atomic scale friction, an indispensable element of nanotechnology, requires a direct access
to, under actual growing shear stress, its successive live phases: from static pinning, to …