[EN] This paper analyses the effect of bulk stress applied in the specimen on the contact conditions and stresses during a fretting fatigue test. The problem considered corresponds to that of a fretting bridge test using spherical contact pads. A three-dimensional finite element model together with a mesh subdivision h-adaptive procedure has been used. This has allowed for the evaluation of a precise solution at a reasonable computational cost. Finite element results have been compared with existing analytical models.Tur Valiente, M.; Fuenmayor Fernández, F.; Ródenas, J. (2002). Influence of bulk stress on contact conditions and stresses during fretting fatigue. Journal of Strain Analysis for Engineering Design. 37(6):479-492. doi:10.1243/0...
Fretting fatigue can severely damage components subjected to oscillatory tangential loads, leading t...
This thesis describes a series of fretting fatigue experiments carried out under closely controlled ...
International audienceThis study is devoted to the computation of realistic stress and strain fields...
The stress field that results from two bodies in contact is an important aspect that governs the fre...
This thesis describes a series of fretting fatigue experiments carried out under closely controlled ...
Fretting is a phenomenon that occurs at the contacts of surfaces that are subjected to oscillatory r...
Recent work on fretting fatigue has emphasized the role of stress concentration on fretting damage, ...
Fretting is a phenomenon that occurs at the contacts of surfaces that are subjected to oscillatory r...
Fatigue results from the cyclic loading of a solid body. If the body subject to fatigue is in contac...
Fatigue results from the cyclic loading of a solid body. If the body subject to fatigue is in contac...
Fatigue results from the cyclic loading of a solid body. If the body subject to fatigue is in contac...
Fretting problem arises in the case of relatively small sliding motion between contacting surfaces l...
ABSTRACT: A fretting fatigue pad is simulated as a flat punch having rounded corners. The contact pr...
Fretting is a term covering a wide array of physical phenomena. When contacting bodies vibrate, rela...
The aims of this work are: (i) to produce new experimental data for fretting fatigue considering the...
Fretting fatigue can severely damage components subjected to oscillatory tangential loads, leading t...
This thesis describes a series of fretting fatigue experiments carried out under closely controlled ...
International audienceThis study is devoted to the computation of realistic stress and strain fields...
The stress field that results from two bodies in contact is an important aspect that governs the fre...
This thesis describes a series of fretting fatigue experiments carried out under closely controlled ...
Fretting is a phenomenon that occurs at the contacts of surfaces that are subjected to oscillatory r...
Recent work on fretting fatigue has emphasized the role of stress concentration on fretting damage, ...
Fretting is a phenomenon that occurs at the contacts of surfaces that are subjected to oscillatory r...
Fatigue results from the cyclic loading of a solid body. If the body subject to fatigue is in contac...
Fatigue results from the cyclic loading of a solid body. If the body subject to fatigue is in contac...
Fatigue results from the cyclic loading of a solid body. If the body subject to fatigue is in contac...
Fretting problem arises in the case of relatively small sliding motion between contacting surfaces l...
ABSTRACT: A fretting fatigue pad is simulated as a flat punch having rounded corners. The contact pr...
Fretting is a term covering a wide array of physical phenomena. When contacting bodies vibrate, rela...
The aims of this work are: (i) to produce new experimental data for fretting fatigue considering the...
Fretting fatigue can severely damage components subjected to oscillatory tangential loads, leading t...
This thesis describes a series of fretting fatigue experiments carried out under closely controlled ...
International audienceThis study is devoted to the computation of realistic stress and strain fields...