Self-Similarity of Friction Laws
Maria de Sousa Vieira, Hans J. Herrmann

TL;DR
This paper investigates how friction laws behave across different scales in spring-block models, revealing that Coulomb's law remains scale invariant while other laws do not.
Contribution
It demonstrates the scale invariance of Coulomb's friction law in mesoscopic to macroscopic models and clarifies conditions for other laws' invariance.
Findings
Coulomb law is always scale invariant in the models
Other proposed laws are only invariant under specific conditions
Provides insight into the multiscale behavior of friction laws
Abstract
The change of the friction law from a mesoscopic level to a macroscopic level is studied in the spring-block models introduced by Burridge-Knopoff. We find that the Coulomb law is always scale invariant. Other proposed scaling laws are only invariant under certain conditions.}
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Taxonomy
TopicsForce Microscopy Techniques and Applications · Earthquake Detection and Analysis · High-pressure geophysics and materials
