The tribo-characteristics of metal forming at high temperatures have not yet been well
understood due to the complex nature of thermal, microstructural, interaction, and process …

With the development of aerospace, military, medical, and 3C industries, the design of
aspherical optical component has attracted more and more attention. As a substitute for the …

It is fundamentally important to investigate the interfacial friction between softened glass and
rigid molds for controlling the product quality in glass hot forming techniques. However, the …

The compression molding of precision glass lens is a near net-shape forming process for
optical components fabrication. The final profile curve accuracy is one of the most crucial …

In recent years, the tribological contact between hard solids and glass at high temperatures
has been identified as a crucial aspect in emerging technical applications like eg, precision …

Understanding the frictional behavior between glass and metals at elevated temperatures is
necessary for accurate modeling and simulation of the state of the art applications such as …

The paper theoretically and experimentally analyzes the influence of increased temperature
and load contact in the value of the coefficient of rolling friction. Theoretical analyzes show …

From 2017–2019, the Federal Railroad Administration sponsored VORtech and its project
partners to develop advanced physics-based modeling of wheel-rail friction. Sub-models …

In this paper, an instrument is presented that enables the measurement of the static
coefficient of friction for contact pairs at different temperatures, normal atmospheric and low …

A new experimental capability for elevated temperature nanoscale friction measurement is
described. Its stability and resolution were demonstrated in two case studies up to 750° C. A …