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Mechanical engineering has witnessed a breakthrough as researchers develop a novel multiscale flash temperature model, promising to revolutionise our understanding of friction, wear, and heat

The natural process of protein glycation is proving to be a fascinating avenue for researchers, offering groundbreaking insights into lubrication at biological and synthetic interfaces.

Artificial intelligence (AI) is revolutionising the tribology world by providing powerful tools to analyse complex data and predict system behaviours.

A new vision for UK ports has been unveiled by the government, as part of efforts to propel prosperity in the country’s coastal communities.

Despite being largely overlooked for decades, the Prandtl–Tomlinson model is now recognised as a fundamental framework for understanding atomic-scale friction.

For those in the field of engineering and mechanical design, a strong understanding of tribological principles is vital, so this article will explore the field’s evolution, fundamental concepts, and

Wind energy has become one of the fastest‑growing sources of renewable power worldwide, with turbines designed to operate for a service life of 20 to 25 years. Yet, in practice, the gearbox, one of