The minimum and central film thickness evolution of EHL contacts were measured. Several parameters were kept identical between the elliptical contact and the equivalent line contact, e.g., base oil viscosity. A new film thickness equation for elliptical contacts, including the equivalent line contact prediction, is put forward. The trend for (very) wide elliptical contacts is fundamentally flawed. The classical film thickness predictions tend to zero for infinitely wide contacts. For most elliptical contacts, the minimum film thickness is found on the central line. This is an abstract of a paper presented at the 2009 World Tribology Congress (Kyoto, Japan 9/6-11/2009)
A new elastohydrodynamic film thickness chart is introduced, with advantages over the Johnson chart ...
The objective of this theoretical study is to develop simple design formulas for the prediction of m...
Due to technological pressures the lubricant film thickness in EHD contacts has decreased over the y...
This article traces the contribution of the Dowson and Higginson work to numerical line contact elas...
A multilevel solver for the circular contact was extended to elliptical contact problems. After veri...
The film-parameter equations are provided for four fluid-film lubrication regimes found in elliptica...
Prediction of minimum film thickness is often used in practice for calculation of film parameter to ...
Abstract Thin film and elastohydrodynamic lubrication regimes are rather young domains of tribology ...
Principal intention of this thesis is comparation of given equations for minimal and central thickne...
Nonconforming contact study is fundamental to model the behavior of mechanical equipment such as bea...
The nominal film thickness at which EHL contacts have to operate reliably has decreased to a level w...
Johnson [4] showed in his magisterial 1970 paper that lubrication regimes play a decisive roll in th...
The paper presents a numerical solution for elliptical point contact conjunctions under combined rol...
Due to technological pressures the lubricant film thickness in EHD contacts has decreased over the y...
Study of elastohydrodynamics lubrication is inseparable part in processes that take place in lubrica...
A new elastohydrodynamic film thickness chart is introduced, with advantages over the Johnson chart ...
The objective of this theoretical study is to develop simple design formulas for the prediction of m...
Due to technological pressures the lubricant film thickness in EHD contacts has decreased over the y...
This article traces the contribution of the Dowson and Higginson work to numerical line contact elas...
A multilevel solver for the circular contact was extended to elliptical contact problems. After veri...
The film-parameter equations are provided for four fluid-film lubrication regimes found in elliptica...
Prediction of minimum film thickness is often used in practice for calculation of film parameter to ...
Abstract Thin film and elastohydrodynamic lubrication regimes are rather young domains of tribology ...
Principal intention of this thesis is comparation of given equations for minimal and central thickne...
Nonconforming contact study is fundamental to model the behavior of mechanical equipment such as bea...
The nominal film thickness at which EHL contacts have to operate reliably has decreased to a level w...
Johnson [4] showed in his magisterial 1970 paper that lubrication regimes play a decisive roll in th...
The paper presents a numerical solution for elliptical point contact conjunctions under combined rol...
Due to technological pressures the lubricant film thickness in EHD contacts has decreased over the y...
Study of elastohydrodynamics lubrication is inseparable part in processes that take place in lubrica...
A new elastohydrodynamic film thickness chart is introduced, with advantages over the Johnson chart ...
The objective of this theoretical study is to develop simple design formulas for the prediction of m...
Due to technological pressures the lubricant film thickness in EHD contacts has decreased over the y...