approximate solution to the problem of thermal elastohydrodynamic lubrication of sliding contacts has been obtained. An equation for the mid-film temperature which is a function of viscosity, fluid conductivity, sliding velocity, and temperature viscosity exponent is obtained. The shear stress on the disk surface over the contact region is also obtained. The following conclusions were drawn
International audienceThe importance of compressive heating/cooling occurring within lubricating fil...
Thermal effects influence film thickness and friction, particularly in lubricated non-conformal cont...
The paper discusses the difficulties in distinguishing between non-Newtonian lubricant models of the...
A thermal Reynolds-Eyring equation is derived to study the elastohydrodynamic lubrication of line co...
The parameters affecting the temperatures and friction at lubricated rolling/sliding contacts of the...
The article is concerned with thermal elastohydrodynamic lubrication (TEHL) modeling of rolling/slid...
Elastohydrodynamic (EHD) lubrication is a form of fluid-film lubrication where the elastic deformati...
The Purpose of this research has been to develope an analytical model to investigate the thermal ela...
The paper presents an experimental and numerical investigation of non-conformal lubricated contacts ...
This study deals with experimental and numerical analysis of the thermal effects of slender elastohy...
This article presents a thermal resistances-based approach for solving the thermal-elastohydrodynami...
The effect of the solid body temperature effect on film thickness and traction in elastohydrodynamic...
The principal aim of the work within this thesis was to investigate the fundamental problem of how t...
In this work thermal and transient effects on non-conformal lubricated contacts are investigated thr...
Abstract: This article shows different friction prediction models applicable to lubricants in point ...
International audienceThe importance of compressive heating/cooling occurring within lubricating fil...
Thermal effects influence film thickness and friction, particularly in lubricated non-conformal cont...
The paper discusses the difficulties in distinguishing between non-Newtonian lubricant models of the...
A thermal Reynolds-Eyring equation is derived to study the elastohydrodynamic lubrication of line co...
The parameters affecting the temperatures and friction at lubricated rolling/sliding contacts of the...
The article is concerned with thermal elastohydrodynamic lubrication (TEHL) modeling of rolling/slid...
Elastohydrodynamic (EHD) lubrication is a form of fluid-film lubrication where the elastic deformati...
The Purpose of this research has been to develope an analytical model to investigate the thermal ela...
The paper presents an experimental and numerical investigation of non-conformal lubricated contacts ...
This study deals with experimental and numerical analysis of the thermal effects of slender elastohy...
This article presents a thermal resistances-based approach for solving the thermal-elastohydrodynami...
The effect of the solid body temperature effect on film thickness and traction in elastohydrodynamic...
The principal aim of the work within this thesis was to investigate the fundamental problem of how t...
In this work thermal and transient effects on non-conformal lubricated contacts are investigated thr...
Abstract: This article shows different friction prediction models applicable to lubricants in point ...
International audienceThe importance of compressive heating/cooling occurring within lubricating fil...
Thermal effects influence film thickness and friction, particularly in lubricated non-conformal cont...
The paper discusses the difficulties in distinguishing between non-Newtonian lubricant models of the...