Investigation of contact stiffness and its relation to friction-induced noise and vibration

Research output: Contribution to journalArticle

16 Citations (Scopus)

Abstract

Because the apparent stiffness due to contact of one surface on another relates directly to the localized resonant frequencies, it is believed that accurate account of this property will lead to the fundamental understanding of causes of friction-induced vibration and noise. The mathematical model of contact is utilized to develop formulae for normal and tangential contact stiffness. This paper presents a study in which the various modes of elastic deflections of an asperity are also considered, as well as their effects. The bending, shear, and Hertz contact modes of elastic deflection are assumed to simultaneously occur for an asperity. Investigation of the combined effect of bending, shear, and Hertzian contributions to the contact stiffness indicates that the equivalent contact stiffness is best represented, among the three types of stiffness, by that due to Hertzian contact.

Original languageEnglish
Pages (from-to)295-302
Number of pages8
JournalInternational Journal of Modelling and Simulation
Volume26
Issue number4
Publication statusPublished - 2006

Fingerprint

Friction
Stiffness
Vibration
Contact
Deflection
Natural frequencies
Resonant Frequency
Mathematical models
Mathematical Model

Keywords

  • Asperity deformation modes
  • Asperity shear
  • Contact stiffness
  • Friction-induced noise and vibration

ASJC Scopus subject areas

  • Hardware and Architecture
  • Modelling and Simulation
  • Software
  • Safety, Risk, Reliability and Quality
  • Chemical Health and Safety

Cite this

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abstract = "Because the apparent stiffness due to contact of one surface on another relates directly to the localized resonant frequencies, it is believed that accurate account of this property will lead to the fundamental understanding of causes of friction-induced vibration and noise. The mathematical model of contact is utilized to develop formulae for normal and tangential contact stiffness. This paper presents a study in which the various modes of elastic deflections of an asperity are also considered, as well as their effects. The bending, shear, and Hertz contact modes of elastic deflection are assumed to simultaneously occur for an asperity. Investigation of the combined effect of bending, shear, and Hertzian contributions to the contact stiffness indicates that the equivalent contact stiffness is best represented, among the three types of stiffness, by that due to Hertzian contact.",
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AB - Because the apparent stiffness due to contact of one surface on another relates directly to the localized resonant frequencies, it is believed that accurate account of this property will lead to the fundamental understanding of causes of friction-induced vibration and noise. The mathematical model of contact is utilized to develop formulae for normal and tangential contact stiffness. This paper presents a study in which the various modes of elastic deflections of an asperity are also considered, as well as their effects. The bending, shear, and Hertz contact modes of elastic deflection are assumed to simultaneously occur for an asperity. Investigation of the combined effect of bending, shear, and Hertzian contributions to the contact stiffness indicates that the equivalent contact stiffness is best represented, among the three types of stiffness, by that due to Hertzian contact.

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