Friction hodographs contain all the information related to the intensity and symmetry of the friction phenomenon. We show how an atomic force microscope can be used to collect friction hodographs at the nanoscale and how to carry out data interpretation to unravel the friction-surface structure relationship. As a model system, we analyzed the basal plane of orthorhombic β-alanine single crystals, and interpreted the data in terms of a constitutive model of orthotropic friction with slip direction-dependent friction coefficients.

Campione, M., Trabattoni, S., Moret, M. (2012). Nanoscale Mapping of Frictional Anisotropy. TRIBOLOGY LETTERS, 45(1), 219-224 [10.1007/s11249-011-9871-x].

Nanoscale Mapping of Frictional Anisotropy

CAMPIONE, MARCELLO
;
TRABATTONI, SILVIA;MORET, MASSIMO
2012

Abstract

Friction hodographs contain all the information related to the intensity and symmetry of the friction phenomenon. We show how an atomic force microscope can be used to collect friction hodographs at the nanoscale and how to carry out data interpretation to unravel the friction-surface structure relationship. As a model system, we analyzed the basal plane of orthorhombic β-alanine single crystals, and interpreted the data in terms of a constitutive model of orthotropic friction with slip direction-dependent friction coefficients.
Articolo in rivista - Articolo scientifico
Nanotribology, Atomic force microscopy, Crystalline surfaces, Anisotropic friction
English
15-ott-2011
2012
45
1
219
224
none
Campione, M., Trabattoni, S., Moret, M. (2012). Nanoscale Mapping of Frictional Anisotropy. TRIBOLOGY LETTERS, 45(1), 219-224 [10.1007/s11249-011-9871-x].
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10281/25856
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