Add to ORKGThis study deals with the dynamics and reliability of a man-machine system with the technical part containing a hydraulic servomechanism. A new method has led to some interesting results of use for both analysis and synthesis of such system. Furthermore, with a convenient modification these results may be generelized for studying other structural systems. Investigation of the system reliability is based on concept of multistate system analysis
An analysis of the dynamics of mechanical feedback type hydraulic servomotors under inertia loads is...
Many theoretical models have been developed to simulate the performance of hydraulic Control compon...
The mathematical model and the method of predicting changes in the operation time of reliability ind...
The presence of air bubbles in hydraulic fluid changes very strongly the fluid compressibility which...
In hydraulic positional servomechanism the hydraulic fluid compressibility variation due to air bub...
Analysis of conditions and operating modes of hydraulic systems of mining machines shows that hydrau...
Hydraulic drive systems are widely used in a variety of industrial applications where high torque an...
An analysis of the dynamics of mechanical feedback-type hydraulic servomotors under inertia loads is...
The assessment of mechanical systems is not an exact science and predictions can be subject to consi...
One of the least desirable schemes for a linear electro-hydraulic motion control actuator is having ...
The technological systems are designed for carrying out very specific functions and for that its com...
An active monitoring system is generally required to detect failures of the on-board hydraulic syste...
The ability to analyze and model the unsteady, dynamic response of hydraulic systems has arisen from...
The reliability of orbital hydraulic motors which are used in mechatronic systems with a hydraulic d...
The point of this work is to describe and analyse human and technical reliability inside a man-vehic...
An analysis of the dynamics of mechanical feedback type hydraulic servomotors under inertia loads is...
Many theoretical models have been developed to simulate the performance of hydraulic Control compon...
The mathematical model and the method of predicting changes in the operation time of reliability ind...
The presence of air bubbles in hydraulic fluid changes very strongly the fluid compressibility which...
In hydraulic positional servomechanism the hydraulic fluid compressibility variation due to air bub...
Analysis of conditions and operating modes of hydraulic systems of mining machines shows that hydrau...
Hydraulic drive systems are widely used in a variety of industrial applications where high torque an...
An analysis of the dynamics of mechanical feedback-type hydraulic servomotors under inertia loads is...
The assessment of mechanical systems is not an exact science and predictions can be subject to consi...
One of the least desirable schemes for a linear electro-hydraulic motion control actuator is having ...
The technological systems are designed for carrying out very specific functions and for that its com...
An active monitoring system is generally required to detect failures of the on-board hydraulic syste...
The ability to analyze and model the unsteady, dynamic response of hydraulic systems has arisen from...
The reliability of orbital hydraulic motors which are used in mechatronic systems with a hydraulic d...
The point of this work is to describe and analyse human and technical reliability inside a man-vehic...
An analysis of the dynamics of mechanical feedback type hydraulic servomotors under inertia loads is...
Many theoretical models have been developed to simulate the performance of hydraulic Control compon...
The mathematical model and the method of predicting changes in the operation time of reliability ind...