Despite the significant progress in fundamental research in the physics of atmospheric icing
or the revolutionary changes in modern materials and coatings achieved due to the recent …

Footwear smart devices capable of reliably capturing body actions and conveniently
transmitting human-made information are of great interest to advance healthcare monitoring …

The World Health Organization (WHO) reports 684,000 deaths/year due to slips and falls
(SFs), with∼ 38 million people requiring medical attention per annum. In particular, SFs on …

Increasing rubber's friction on slippery surfaces provides protection against falls; however,
surface‐textured composites, despite their potential, remain susceptible to wear. To address …

This study presents a high-velocity tribotest using Bruker UMT Tribolab to evaluate the ice
traction of rubber composites. Lab-scale tribotests are essential for developing anti-slip …

The main aim of the study was the determination of the strength parameters of composite
bonded joints consisting of galvanised steel elements, an adhesive layer, and Carbon-Fiber …

It is shown that the nature of processes in oxide solid-phase systems, primarily in nanosized
ones, is determined by the behavior of the substance in a non-autonomous state. The …

This study examines and highlights the relevance of Laudato Si'and Laudate Deum in
addressing injustice within the context of environmental degradation. The researcher argues …

The study of ice friction is key in physics and other scientific disciplines, as it has a significant
impact on a number of natural and artificial processes. Of particular importance for the study …