Dear Readers, In the captivating world of mechanical engineering, where surfaces slide and interact, an important discovery promises to improve our understanding of friction, wear, and heat generation. Researchers have unveiled an innovative multi-scale flash […]
Introduction Friction and wear constitute a significant portion of global energy consumption, underscoring the importance of exploring complex tribological processes and finding cost-effective solutions to mitigate their adverse effects. Studies on tribology and triboelectrification mainly […]
By Dr. Neil Canter, Contributing Editor | TLT Tech Beat August 2023 Impingement of air and gas at a rate approaching the speed of sound produces almost complete combustion. HIGHLIGHTS • A new design for […]
Introduction The phenomenon of stick-slip involves the dynamic interaction between two surfaces, where they alternately stick together and then slide over one another, leading to fluctuations in the force of friction between them. In general, […]
By Dr. Neil Canter, Contributing Editor | TLT Tech Beat August 2023 Researchers developed a concept that has the long-term potential to significantly reduce the consumption of the fossil fuels causing climate change. HIGHLIGHTS • […]
Introduction The study of tribology at the wheel-rail interface holds immense significance in both scientific and industrial realms, primarily due to its critical implications for safety and economic considerations. An intriguing observation from an analysis […]
By Dr. Neil Canter, Contributing Editor | TLT Tech Beat August 2023 A three-fold increase in the coefficient of friction occurs during the oral processing of chocolate. HIGHLIGHTS • During the eating of chocolate, a […]
The EU recognizes the importance of innovative advanced materials in achieving long-term economic, technological, and environmental goals. Composite materials, known for their strength, lightness, sustainability, and various functionalities, are extensively used across industries. However, small […]
Wear and tear are unavoidable consequences when surfaces come into contact, leading to performance degradation and reduced lifespan of various systems. To address this challenge, a groundbreaking study has developed a wear model that considers […]
Introduction In recent years, carbon nanotubes (CNTs) have emerged as one of the most promising materials due to their extraordinary properties. With ultrahigh strength and modulus, as well as anisotropic electrical conductivity, CNTs possess unique […]
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