For the investigation of new types of internal gear pumps under realistic conditions, a test bench is presented that enables dynamic load emulation via the pressure with simultaneous dynamic speed control of the pump. For pressure control, a hydraulic half-bridge with separate control edges is used on both sides of the pump and a pressure control is presented. An error-based adaptive controller is used for pressure control and tested experimentally. It is shown that the error-based adaptive controller has a better performance compared to a simple PID control
Although more efficient than e.g., constant flow systems, hydraulic load sensing (LS) systems still ...
The dynamic emulation of mechanical loads is required in a variety of applications to test and valid...
Speed and displacement variable pumps offer a degree of freedom for process control. As a certain op...
A variable displacement axial piston pump with Pressure compensator and Load Sensing control is coup...
Due to the advantages of hydraulic systems with variable displacement, it was necessary to design a ...
Constant pressure control within a hydraulic pumping pumping system is conventionally performed by t...
On the basis of the concept of an analog loading system utilizing a pressure control type hydraulic ...
The main characteristic of an electrohydraulic pump control system is the presence of an electrical ...
Conference Name:International Conference on Sustainable Construction Materials and Computer Engineer...
The paper deals with electrohydraulic supply systems with variable (adjustable( supply pressures. Tw...
I n a hydrostatic transmission system the speed of the fixed displacement hydraulic motor can be con...
This study describes an innovative design concept to enable dynamic variable delivery flow control o...
This thesis deals with innovative working hydraulic systems for mobile machines. Flow control system...
AbstractThe paper describes a control strategy for a test bench consisting of a drive under test mec...
Heavy load equipment, such as tractors, shovels, cranes, airplanes, etc, often employ fluid power (i...
Although more efficient than e.g., constant flow systems, hydraulic load sensing (LS) systems still ...
The dynamic emulation of mechanical loads is required in a variety of applications to test and valid...
Speed and displacement variable pumps offer a degree of freedom for process control. As a certain op...
A variable displacement axial piston pump with Pressure compensator and Load Sensing control is coup...
Due to the advantages of hydraulic systems with variable displacement, it was necessary to design a ...
Constant pressure control within a hydraulic pumping pumping system is conventionally performed by t...
On the basis of the concept of an analog loading system utilizing a pressure control type hydraulic ...
The main characteristic of an electrohydraulic pump control system is the presence of an electrical ...
Conference Name:International Conference on Sustainable Construction Materials and Computer Engineer...
The paper deals with electrohydraulic supply systems with variable (adjustable( supply pressures. Tw...
I n a hydrostatic transmission system the speed of the fixed displacement hydraulic motor can be con...
This study describes an innovative design concept to enable dynamic variable delivery flow control o...
This thesis deals with innovative working hydraulic systems for mobile machines. Flow control system...
AbstractThe paper describes a control strategy for a test bench consisting of a drive under test mec...
Heavy load equipment, such as tractors, shovels, cranes, airplanes, etc, often employ fluid power (i...
Although more efficient than e.g., constant flow systems, hydraulic load sensing (LS) systems still ...
The dynamic emulation of mechanical loads is required in a variety of applications to test and valid...
Speed and displacement variable pumps offer a degree of freedom for process control. As a certain op...