Dirt ingress in hydraulic cylinders is one of the sources that leads to pollution of hydraulic systems. There are already several test rigs to investigate external contamination mechanisms. However, until now only the behavior of the whole sealing system was analyzed. A new testing method to understand the dirt particle transport between a reciprocating motioned rod and a wiper is presented. The new approach aims to avoid known issues such as limited reproducibility and long duration. The paper describes the test rig design and operating principle. First measurement results are shown
Hydraulic systems are indispensable in many areas of mechanical engineering, where those systems pro...
The work in this thesis investigated the effects of soot contaminated lubricants of engine component...
Air contamination strongly decreases the efficiency of fluid power systems and when the allowable li...
Dirt ingress in hydraulic cylinders is one of the sources that leads to pollution of hydraulic syste...
In hydraulic systems, the presence of foreign material in the system oil accounts for the majority o...
© 2019 Journal of Mechanical Engineering. The study aims to investigate the impact of solid particle...
Contamination in hydraulic systems is the cause of 70% of failures. This study highlights the perfor...
The fluids used in hydraulic systems inevitably contain large numbers of small, solid particles, a p...
The use of hydraulics has increased tremendously in the recent past due to the various advantages it...
External leakage from hydraulic cylinders is of a major concern for the offshore oil and gas industr...
Industrial and mobile hydraulic systems are exposed to various environmental impacts. In order to a...
Malfunction due to solid particle contamination can be separated into two types. Type I malfunctions...
Sports Utility Vehicles are popular in the global automotive market due to their practicality. Howev...
It is inevitable that the oil or debris in a hydraulic system will contain contamination in particle...
Still, there is the problem of the plunger pumps failures due to pollution of the working fluid with...
Hydraulic systems are indispensable in many areas of mechanical engineering, where those systems pro...
The work in this thesis investigated the effects of soot contaminated lubricants of engine component...
Air contamination strongly decreases the efficiency of fluid power systems and when the allowable li...
Dirt ingress in hydraulic cylinders is one of the sources that leads to pollution of hydraulic syste...
In hydraulic systems, the presence of foreign material in the system oil accounts for the majority o...
© 2019 Journal of Mechanical Engineering. The study aims to investigate the impact of solid particle...
Contamination in hydraulic systems is the cause of 70% of failures. This study highlights the perfor...
The fluids used in hydraulic systems inevitably contain large numbers of small, solid particles, a p...
The use of hydraulics has increased tremendously in the recent past due to the various advantages it...
External leakage from hydraulic cylinders is of a major concern for the offshore oil and gas industr...
Industrial and mobile hydraulic systems are exposed to various environmental impacts. In order to a...
Malfunction due to solid particle contamination can be separated into two types. Type I malfunctions...
Sports Utility Vehicles are popular in the global automotive market due to their practicality. Howev...
It is inevitable that the oil or debris in a hydraulic system will contain contamination in particle...
Still, there is the problem of the plunger pumps failures due to pollution of the working fluid with...
Hydraulic systems are indispensable in many areas of mechanical engineering, where those systems pro...
The work in this thesis investigated the effects of soot contaminated lubricants of engine component...
Air contamination strongly decreases the efficiency of fluid power systems and when the allowable li...