I have a friction damping system which is exited by a harmonic force FE (depicted on the left side). Is there a way to convert the friction damper to a linear or nonlinear damper, such that the damping at a given excitement frequency is equal?
I am only considering sliding friction.
A reasonable approximation would be sufficient as well. Any papers or articles on the topic would also be highly appreciated.
I have a friction damping system which is exited by a harmonic force FE (depicted on the left side). Is there a way to convert the friction damper to a linear or nonlinear damper, such that the damping at a given excitement frequency is equal?
A reasonable approximation would be sufficient as well. Any papers or articles on the topic would also be highly appreciated.
I have a friction damping system which is exited by a harmonic force FE (depicted on the left side). Is there a way to convert the friction damper to a linear or nonlinear damper, such that the damping at a given excitement frequency is equal?
I am only considering sliding friction.
A reasonable approximation would be sufficient as well. Any papers or articles on the topic would also be highly appreciated.
I have a friction damping system which is exited by a harmonic force FE (depicted on the left side). Is there a way to convert the friction damper to a linear or nonlinear damper, such that the damping at a given excitement frequency is equal?
A reasonable approximation would be sufficient as well. Any papers or articles on the topic would also be highly appreciated.
