Publication detail

Numerical solution of contact pressure in lubricated non-smooth point contact using convolution algorithms

FICZA, I. VAVERKA, M. HARTL, M.

English title

Numerical solution of contact pressure in lubricated non-smooth point contact using convolution algorithms

Type

Scopus Article

Language

en

Original abstract

Machine parts with non-conformal contact surfaces can operate with thin lubrication film. In the vicinity of asperities or micro-dents, significant fluctuations in lubricant film thickness and in contact pressure occur, which can have positive or negative effects on lubrication efficiency and contact fatigue life. The knowledge of mentioned quantities is necessary for assessment of these effects. Presented work is concerned with improved technique for numerical determination of pressure from measured film thickness using the inverse elasticity theory whereas the time consuming calculation is enhanced by rapid convolution. The solution of other partial calculation difficulties is discussed, too.

Keywords in English

convolution algorithm; elastohydrodynamic; EHD; mixed lubrication; contact pressure; dent; tribology

Released

2014-09-01

Publisher

Inderscience Publishers

Location

UK

ISSN

1742-7193

Journal

International Journal of Computational Science and Engineering

Volume

9

Number

5/6

Pages from–to

457–464

Pages count

8

BIBTEX


@article{BUT109291,
  author="Ildikó {Ficza} and Michal {Vaverka} and Martin {Hartl}",
  title="Numerical solution of contact pressure in lubricated non-smooth point contact using convolution algorithms",
  journal="International Journal of Computational Science and Engineering",
  year="2014",
  volume="9",
  number="5/6",
  pages="457--464",
  doi="10.1504/IJCSE.2014.064530",
  issn="1742-7185"
}