In this paper, the boundary and elastohydrodynamic lubricating behaviour of glycerol and its
aqueous solutions are discussed in both rolling and sliding contacts with a view on …

Traditionally, analytical equations used in tribo-dynamic modelling, such as those used for
predicting central film thickness within elastohydrodynamic lubricated contacts, have led to …

This study combines the use of a Tooth Contact Analysis (TCA) model for helical gear pair
conjunctions with a multifaceted tribological model, implicitly coupled with a multi-body …

The tribological properties of Si3N4 ball sliding against diamond‐like carbon (DLC) films
were investigated using a ball‐on‐disc tribometer under dry friction and oil lubrications …

Low friction is one of the most important parameters for the development of machine
components and machines with high efficiency. Many of the common machine components …

The capability to predict elastohydrodynamic film-thickness and friction from primary
measurements of transport properties of liquid has been an elusive goal for tribologists for …

Reducing friction is of utmost importance to improve efficiency and lifetime of many products
used in our daily lives. Thin hard coatings like diamond-like carbon (DLC) have been shown …

Understanding film formation in rough surface elastohydrodynamically lubricated (EHL)
contacts have been an ongoing pursuit in lubrication science for more than half a century …

Three different lubricating greases and their bleed and base oils were compared in terms of
film thickness in a ball-on-disc test rig through optical interferometry. The theoretical values …

The coefficient of friction between railway wheels and rails is crucial to the railway adhesion,
further greatly affecting railway operation and maintenance. Since the wheel–rail system is …