The piston/cylinder pair is the critical lubricating interface of axial piston pumps. It suffers from excessive wear, especially under high output pressure. The performance degradation of the piston/cylinder pair is significant to be clarified. In this paper, a wear prediction method of the piston/cylinder pair is established by coupling the load-bearing and lubrication parameters calculation model and the wear calculation model. The models are validated through experiments. The experimental and simulated results show that the wear of two ends of the cylinder bore is severe in the specific ranges of circumferential angle. The time-varying wear process of the piston/cylinder pair can be obtained by using this method; therefore, the maintenan...
The bent-axis piston pump is the core component of electrohydrostatic actuators (EHA) in aerospace a...
This article presents the results of a study of an alternative method for reducing friction losses i...
A novel approach to modeling the lubricating interfaces of radial piston machines – operating at ult...
The piston/cylinder pair is the key lubricating interface of axial piston pumps. It suffers from exc...
Axial piston pumps are universal displacement machines that are used in a vast variety of applicatio...
This paper focuses on the mathematical modeling of axial piston pump through dividing the failure de...
Wear in swashplate type axial piston pumps mainly occurs in three tribological contact pairs. These ...
Condition Monitoring is an area that has seen substantial growth in the last few decades. The purpos...
© 2020, Allerton Press, Inc. Abstract: Workbench testing results are presented for axial piston pump...
The fluid film between piston and cylinder works simultaneously as bearing and lubricating functions...
This study focuses on the wear of piston rings in a hydraulic radial piston motor. The piston ring h...
This paper shows the results of a serious study developed by the author under laboratory conditions ...
Günümüzde ilerleyen teknolojik imkânlar ile üretime bağlı iyileştirmeler sayesinde hidrolik sisteml...
For swashplate-type axial piston machines, one of the most important parts is the lubricating interf...
© 2014, Allerton Press, Inc. The paper presents a definition of hydroerosive wear that occurs in hyd...
The bent-axis piston pump is the core component of electrohydrostatic actuators (EHA) in aerospace a...
This article presents the results of a study of an alternative method for reducing friction losses i...
A novel approach to modeling the lubricating interfaces of radial piston machines – operating at ult...
The piston/cylinder pair is the key lubricating interface of axial piston pumps. It suffers from exc...
Axial piston pumps are universal displacement machines that are used in a vast variety of applicatio...
This paper focuses on the mathematical modeling of axial piston pump through dividing the failure de...
Wear in swashplate type axial piston pumps mainly occurs in three tribological contact pairs. These ...
Condition Monitoring is an area that has seen substantial growth in the last few decades. The purpos...
© 2020, Allerton Press, Inc. Abstract: Workbench testing results are presented for axial piston pump...
The fluid film between piston and cylinder works simultaneously as bearing and lubricating functions...
This study focuses on the wear of piston rings in a hydraulic radial piston motor. The piston ring h...
This paper shows the results of a serious study developed by the author under laboratory conditions ...
Günümüzde ilerleyen teknolojik imkânlar ile üretime bağlı iyileştirmeler sayesinde hidrolik sisteml...
For swashplate-type axial piston machines, one of the most important parts is the lubricating interf...
© 2014, Allerton Press, Inc. The paper presents a definition of hydroerosive wear that occurs in hyd...
The bent-axis piston pump is the core component of electrohydrostatic actuators (EHA) in aerospace a...
This article presents the results of a study of an alternative method for reducing friction losses i...
A novel approach to modeling the lubricating interfaces of radial piston machines – operating at ult...