The presence of solid contaminants in the oil lubricating a bearing can result in excessive wear and hence reduced life. The details of an experimental study in progress are reported in this paper. This includes a concise literature review, the experimental strategies to be adopted in investigating the role of different additives in wear prevention in journal bearings and minimum oil film thickness in their lubricated contact. A computer code has also been developed to predict minimum oil film thickness and to compare it with the values measured experimentally
This study pertains to the examination of the effects of dispersing talc particles in an oil lubrica...
The mixed and fluid film lubrication characteristics of plain journal bearings with shape changed b...
Wear is the main reason for material losses & degradation of any machine component. If we reduce the...
The presence of solid contaminants in the oil lubricating a bearing can result in excessive wear and...
Contemporary machinery are required to operate under more demanding conditions such as high-temperat...
The environmental impact of many industrial and naval applications is becoming increasingly importan...
The quality and reliability of consumables, including gear oils, results in the failure-free operati...
Water has been defined as a destructive contaminant which may cause a detrimental impact on bearing ...
Abstract: This paper surveys three areas: experimental evaluations and operating experience relating...
The current paper addresses the field of experimental research of journal bearing systems. In this r...
Trying to reduce particle contamination in lubrication systems, industries of the whole world spend ...
The rating life of ball bearings is reduced when hard particle contaminants are present in the lubri...
Lubrication contamination and degradation is one of the major causes of unexpected failure of tribol...
This paper investigates the effect of oil whirl and oil whip in fluid film radial bearings due to po...
This study compares the performance of a plain bearing, with a similar structure to a tail shaft ste...
This study pertains to the examination of the effects of dispersing talc particles in an oil lubrica...
The mixed and fluid film lubrication characteristics of plain journal bearings with shape changed b...
Wear is the main reason for material losses & degradation of any machine component. If we reduce the...
The presence of solid contaminants in the oil lubricating a bearing can result in excessive wear and...
Contemporary machinery are required to operate under more demanding conditions such as high-temperat...
The environmental impact of many industrial and naval applications is becoming increasingly importan...
The quality and reliability of consumables, including gear oils, results in the failure-free operati...
Water has been defined as a destructive contaminant which may cause a detrimental impact on bearing ...
Abstract: This paper surveys three areas: experimental evaluations and operating experience relating...
The current paper addresses the field of experimental research of journal bearing systems. In this r...
Trying to reduce particle contamination in lubrication systems, industries of the whole world spend ...
The rating life of ball bearings is reduced when hard particle contaminants are present in the lubri...
Lubrication contamination and degradation is one of the major causes of unexpected failure of tribol...
This paper investigates the effect of oil whirl and oil whip in fluid film radial bearings due to po...
This study compares the performance of a plain bearing, with a similar structure to a tail shaft ste...
This study pertains to the examination of the effects of dispersing talc particles in an oil lubrica...
The mixed and fluid film lubrication characteristics of plain journal bearings with shape changed b...
Wear is the main reason for material losses & degradation of any machine component. If we reduce the...