Interfacial shear-driven or shear-assisted chemical reactions play an important role in many
engineering processes, including reactions between lubricant additives and the surfaces of …

The prediction of friction under elastohydrodynamic lubrication (EHL) conditions remains
one of the most important and controversial areas of tribology. This is mostly because the …

Lubricated contact processes are studied using classical molecular dynamics simulations for
determining the entire range of the Stribeck curve. Therefore, the lateral movement of two …

The Reynolds lubrication equation (RLE) is widely used to design sliding contacts in
mechanical machinery. While providing an excellent description of hydrodynamic …

The behavior of lubricants at operational conditions, such as at high pressures, is a topic of
great industrial interest. In particular, viscosity and the viscosity-pressure relation are …

The lubrication system plays an important role in the reliability of moving links for spacecrafts
while lubrication failure has emerged as one of the challenges in develo** advanced …

In this paper, the predictive power of molecular dynamics methods is demonstrated for the
cases of model paraffinic and aromatic lubricant liquids at pressures up to 400 MPa. The …

This study focuses on designing solid lubricant particles by combining graphene and iron
nanoparticles (namely, graphene-iron (GI) particles) and carrying out studies for behaviors …

Preferential ion adsorption in mixed electrolytes plays a crucial role in many practical
applications, such as ion sensing and separation and in colloid science. Using all-atom …

The rational design of dielectric fluids for immersion cooling of batteries requires a molecular-
level understanding of the heat flow across the battery casing/dielectric fluid interface. Here …