<abstract xml:lang="en" xmlns="http://www.w3.org/1999/xhtml"><p>This paper presents a computer analysis of lubricating medium flow through unsymmetrical lubricating gap of conical slide bearing. Numerical calculations were carried out with the use of the software Matlab 7.1 and Mathematica 5.2 for example conical slide bearings of different values of cone apex angles of pin and sleeve and set values of relative eccentricity and skewing angle as well as dimensionless bearing length equal to 1.</p></abstract>

This paper presents a computer analysis of lubricating medium flow through unsymmetrical lubricating gap of conical slide bearing. Numerical calculations were carried out with the use of the software Matlab 7.1 and Mathematica 5.2 for example conical slide bearings of different values of cone apex angles of pin and sleeve and set values of relative eccentricity and skewing angle as well as dimensionless bearing length equal to 1.

An analysis of lubricating medium flow through unsymmetrical lubricating gap of conical slide bearing

Polish Maritime Research

This paper presents a computer analysis of lubricating medium flow through unsymmetrical lubricating gap of conical slide bearing. Numerical calculations were...

An analysis of lubricating medium flow through unsymmetrical lubricating gap of conical slide bearing

Published Online: Apr 25, 2008

Page range: 59 - 63

DOI: https://doi.org/10.2478/v10012-007-0041-x

Keywords
unsymmetrical lubricating gap, conical slide bearing, numerical calculations, hydrodynamic pressure distribution, load carrying capacity

This content is open access.

An analysis of lubricating medium flow through unsymmetrical lubricating gap of conical slide bearing

Published Online: Apr 25, 2008

Page range: 59 - 63

DOI: https://doi.org/10.2478/v10012-007-0041-x

Keywordsunsymmetrical lubricating gap, conical slide bearing, numerical calculations, hydrodynamic pressure distribution, load carrying capacity

This content is open access.

Keywords
unsymmetrical lubricating gap, conical slide bearing, numerical calculations, hydrodynamic pressure distribution, load carrying capacity