Mechanical vibration systems with viscous and Coulomb friction are of importance in the applications of dynamics and control problems. Friction dampers are used in gas turbine engines, high speed turbo pumps, large space structures which are flexible in nature and placed under carriage of railway bogie, vehicle suspension systems etc. These dampers are used for reduction of resonant stresses by usage sliding contact in between two points experiencing relative motion due to vibration, thereby dissipating resonant vibration energy
An analytical solution for the motion equations of a single-mass mechanical system damped by Coulomb...
Energy dissipation occurs through Coulomb friction and is considered a conventional type of mechanic...
This report presents the effect of Coulomb friction combined with viscous damping in the main system...
Mechanical vibration systems with viscous and Coulomb friction are of importance in the applications...
This paper deals with Theoretical and Experimental methods for identification of coulomb ,Viscous an...
This paper deals with Theoretical and Experimental methods for identification of coulomb ,Viscous an...
Coulomb friction is considered as a mechanical approach to diminish the structural responses during ...
Friction dampers can be a cheap and efficient way to reduce the vibration levels of a wide range of ...
This paper aims at assessing the effect of dry friction on the dynamic behaviour of a damped mechani...
Acknowledgements This research was supported by the National Natural Science Foundation of China und...
An ideal shock isolation system should have low stiffness, at least reduced during a shock input, to...
Friction damping is commonly used in engineering structures for dissipating energy and reducing vibr...
This article studies energy dissipation of a friction damper (due to stick–slip vibration) in the c...
Friction, which evidently appears in any mechanical systems incorporating parts with relative motion...
This study investigates a novel approach to the problem of shock isolation. The questions considered...
An analytical solution for the motion equations of a single-mass mechanical system damped by Coulomb...
Energy dissipation occurs through Coulomb friction and is considered a conventional type of mechanic...
This report presents the effect of Coulomb friction combined with viscous damping in the main system...
Mechanical vibration systems with viscous and Coulomb friction are of importance in the applications...
This paper deals with Theoretical and Experimental methods for identification of coulomb ,Viscous an...
This paper deals with Theoretical and Experimental methods for identification of coulomb ,Viscous an...
Coulomb friction is considered as a mechanical approach to diminish the structural responses during ...
Friction dampers can be a cheap and efficient way to reduce the vibration levels of a wide range of ...
This paper aims at assessing the effect of dry friction on the dynamic behaviour of a damped mechani...
Acknowledgements This research was supported by the National Natural Science Foundation of China und...
An ideal shock isolation system should have low stiffness, at least reduced during a shock input, to...
Friction damping is commonly used in engineering structures for dissipating energy and reducing vibr...
This article studies energy dissipation of a friction damper (due to stick–slip vibration) in the c...
Friction, which evidently appears in any mechanical systems incorporating parts with relative motion...
This study investigates a novel approach to the problem of shock isolation. The questions considered...
An analytical solution for the motion equations of a single-mass mechanical system damped by Coulomb...
Energy dissipation occurs through Coulomb friction and is considered a conventional type of mechanic...
This report presents the effect of Coulomb friction combined with viscous damping in the main system...