Artificial hip joint surgery is one of the most successful methods used to restore the functioning of damaged hip bones. But there are obstacles to the use of artificial hip bone, which is the amount of friction occurring and wears. To overcome these obstacles, a surface of the artificial hip joint is modified by adding dimples in order to minimize the contact pressure of solid and to reduce friction and wear. The purpose of this study is to determine a better of lubrication performance with the variations of the dimple arrangements under the normal walking condition. Simulation results have already exited the point of convergence studies, and the obtained results are such as hydrodynamic pressure, contact pressure, and the film thickness o...
Abstract: Theoretical studies of fluid-film lubrication in artificial hip joints are reviewed. The i...
Hip endoprosthesis introduces an effective treatment for patients suffering from advanced stages of ...
Abstract: An elastohydrodynamic lubrication (EHL) analysis was carried out in this study for a typic...
This research analyzed the effect of applied surface texturing on bearing component of the artificia...
Introduction: The lubricant thickness in clearance between bearing surfaces for metallic hip implant...
In this paper, a three-dimensional computational and analytical Elastohydrodynamic Lubrication (EHL)...
This diploma thesis concerns itself with the experimental study of friction and lubrication in the a...
This study evaluates the impact of dimple shapes on lubricant film formation in artificial hip joint...
This study evaluates the impact of dimple shapes on lubricant film formation in artificial hip joint...
Poster shows motivation, features of design, characterization of wear and predicted results for arti...
Wear and wear-induced debris is a significant factor in causing failure in implants. Reducing contac...
In this thesis, is described one of possible approachs to the design of the hip joint simulation rig...
Wear and wear-induced debris is a significant factor in causing failure in implants. Reducing contac...
The consumption of hard-on-hard material is one of alternative methods to replace the soft-on-soft o...
Conventional artificial hip joints are characterized by inadequate `wedge film\u27 lubrication due t...
Abstract: Theoretical studies of fluid-film lubrication in artificial hip joints are reviewed. The i...
Hip endoprosthesis introduces an effective treatment for patients suffering from advanced stages of ...
Abstract: An elastohydrodynamic lubrication (EHL) analysis was carried out in this study for a typic...
This research analyzed the effect of applied surface texturing on bearing component of the artificia...
Introduction: The lubricant thickness in clearance between bearing surfaces for metallic hip implant...
In this paper, a three-dimensional computational and analytical Elastohydrodynamic Lubrication (EHL)...
This diploma thesis concerns itself with the experimental study of friction and lubrication in the a...
This study evaluates the impact of dimple shapes on lubricant film formation in artificial hip joint...
This study evaluates the impact of dimple shapes on lubricant film formation in artificial hip joint...
Poster shows motivation, features of design, characterization of wear and predicted results for arti...
Wear and wear-induced debris is a significant factor in causing failure in implants. Reducing contac...
In this thesis, is described one of possible approachs to the design of the hip joint simulation rig...
Wear and wear-induced debris is a significant factor in causing failure in implants. Reducing contac...
The consumption of hard-on-hard material is one of alternative methods to replace the soft-on-soft o...
Conventional artificial hip joints are characterized by inadequate `wedge film\u27 lubrication due t...
Abstract: Theoretical studies of fluid-film lubrication in artificial hip joints are reviewed. The i...
Hip endoprosthesis introduces an effective treatment for patients suffering from advanced stages of ...
Abstract: An elastohydrodynamic lubrication (EHL) analysis was carried out in this study for a typic...