The relationship which links the normal vibration occurring during the sliding of rough surfaces and the nominal contact area is investigated. Two regimes are found. In the first one, the vibrational level does not depend on the contact area, while in the second one, it is propor- tional to the contact area. A theoretical model is proposed. It is based on the assumption that the vibrational level results from a competition between two processes of vibration damping, the internal damping of the material and the contact damping occurring at the interface
Friction-Induced Vibrations (FIV) are a complex phenomenon which arises each time two surfaces under...
International audienceThis paper presents an experimental and numerical analysis on friction-induced...
International audienceThis paper presents an experimental and numerical analysis on friction-induced...
The friction noise between two rough surfaces is caused by the vertical vibration generated by inter...
Friction-Induced Vibrations (FIV) are a complex phenomenon which arises each time two surfaces under...
Friction contact appears to be an intricate nonlinear coupling in modelling engineering structures. ...
The roughness noise, radiated from the contact area of two sliding and rough solids under light load...
International audienceThis paper presents an experiment to measure the vibration level generated whe...
A unified model for active control of static and sliding friction by normal, tangential, and transve...
Friction-induced vibrations are a complex phenomenon, arising when two surfaces undergo relative sli...
International audienceFriction-induced vibrations are a complex phenomenon, arising when two surface...
International audienceFriction-induced vibrations are a complex phenomenon, arising when two surface...
International audienceFriction-induced vibrations are a complex phenomenon, arising when two surface...
International audienceFriction-induced vibrations are a complex phenomenon, arising when two surface...
International audienceFriction-induced vibrations are a complex phenomenon, arising when two surface...
Friction-Induced Vibrations (FIV) are a complex phenomenon which arises each time two surfaces under...
International audienceThis paper presents an experimental and numerical analysis on friction-induced...
International audienceThis paper presents an experimental and numerical analysis on friction-induced...
The friction noise between two rough surfaces is caused by the vertical vibration generated by inter...
Friction-Induced Vibrations (FIV) are a complex phenomenon which arises each time two surfaces under...
Friction contact appears to be an intricate nonlinear coupling in modelling engineering structures. ...
The roughness noise, radiated from the contact area of two sliding and rough solids under light load...
International audienceThis paper presents an experiment to measure the vibration level generated whe...
A unified model for active control of static and sliding friction by normal, tangential, and transve...
Friction-induced vibrations are a complex phenomenon, arising when two surfaces undergo relative sli...
International audienceFriction-induced vibrations are a complex phenomenon, arising when two surface...
International audienceFriction-induced vibrations are a complex phenomenon, arising when two surface...
International audienceFriction-induced vibrations are a complex phenomenon, arising when two surface...
International audienceFriction-induced vibrations are a complex phenomenon, arising when two surface...
International audienceFriction-induced vibrations are a complex phenomenon, arising when two surface...
Friction-Induced Vibrations (FIV) are a complex phenomenon which arises each time two surfaces under...
International audienceThis paper presents an experimental and numerical analysis on friction-induced...
International audienceThis paper presents an experimental and numerical analysis on friction-induced...