This study systematically investigates the lubricating properties of bio-hydrogenated diesel
(BHD), a synthetic diesel produced through biomass hydrogenation of vegetable oil. Despite …

Conventional methyl silicone oils have poor lubricating properties in boundary lubrication
regions, particularly for ceramic/oxide point contact lubrication. In this study, the residues of …

While the methyl ester structure in biodiesel is responsible for lubrication improvement in
base fuels with poor lubricity properties such as ultra-low sulfur diesel and non-upgraded …

The appearance, evolution, and proliferation of electric-vehicle motors have introduced new
challenges for lubricants. The appearance of electric currents in the shafts of electric motors …

Utilizing fuels blended with nanofluid particles may enhance fuel delivery and combustion in
engines. However, the underlying tribochemistry related to fuel delivery when using …

Parasitic friction and material wear exist in all moving parts, causing about 20% in global
energy loss annually. Machinery startup accounts for a major portion of this loss. This issue …

The capacity of a lubricant in this example, diesel fuel to reduce friction between and
damage damage surfaces in relative motion under pressure is a common definition of …

Under current regulations, gasoline engines are facing lubricity and wear challenges that
need to be met by enhanced gasoline lubricity. Gasoline lubricity can be enhanced by …