Friction | Springer Nature Link We discuss different forms of friction, static friction, kinetic friction, and rolling friction, and show how the resulting frictional forces can be parameterized
Volumes and issues | Friction | Springer Nature Link Friction is now archived and no longer receiving submissions with this publisher All articles published in the journal during its time with Springer will remain fully searchable through our websites
Current state-of-the art review of footwear-ground friction Current research focuses on the mechanisms driving outsole friction on different ground surfaces or the definition and description of parameters that influence outsole friction Subsequently, the review discusses the effect of various surface contaminants on footwear friction
Friction Behaviors of Rough Line Contact Using Machine Learning . . . Based on a systematic analysis of the effects of surface roughness, normal load, yield strength, and local friction coefficient on friction behavior, the study results demonstrate the significant potential of ML in predicting material friction performance and optimizing design
Articles | Friction | Springer Nature Link Friction is now archived and no longer receiving submissions with this publisher All articles published in the journal during its time with Springer will remain fully searchable through our websites
Frictional Behaviours and Mechanisms | Springer Nature Link In Chap 3, the origins of the friction and friction force between two interfacing surfaces of solid bodies are extensively examined and relevant principles and theoretical models are introduced and discussed to understand the complex nature of tribological characteristics
10 Coulomb’s Law of Fricti - Springer 2 A unifying concept of „rate- and state-dependent friction“, which does not differentiate be-tween „static friction“ and „kinetic friction“, is discussed in detail in section 20 3
The nature of friction: A critical assessment - Springer This paper examines our current understanding of friction, filling some voids with experimental data, and attempts to integrate the various pieces to identify the gaps of our knowledge, hopefully to spark new avenues of investigations into this important area
Interfacial friction at action: Interactions, regulation, and . . . Then, we summarize the interfacial friction regulation strategies manifested in both natural surfaces and artificial systems, focusing on how liquid, solid, gas, and hydrodynamic coupling actions mediate interfacial friction