This article is aimed at the developpement of a new model for friction under shock conditions. Thanks to a subgrid model and a specific Coulomb friction law, it takes into account the interface temperature and deformation but also the influence of asperities when the contact pressure is relatively low (≤ 3 GPa)
Frictional contacts between solids exist in nature and in a wide range of engineering applications. ...
An ideal shock isolation system should have low stiffness, at least reduced during a shock input, to...
Rate and state friction has been extensively used to explain many features of the seismic cycle but ...
This article is aimed at the developpement of a new model for friction under shock conditions. Thank...
International audienceThe purpose of the present work is to provide new insights in the understandin...
International audienceWhen studying contact with friction between two bodies, it is not possible to ...
Despite considerable research effort, the use of physics-based modelling to predict frictional behav...
The onset of dynamic dry friction between two blocks of PMMA has recently been studied experimentall...
Friction in sliding contacts plays an important role in tribology. Applications can be found in many...
In order to predict and optimize energy efficiency, fuel consumption and service life, friction and ...
Pas de résuméFriction is scientifically interesting and technologically important. We can characteri...
A one-dimensional mesoscopic spring block model with Amontons-Coulomb friction is introduced in orde...
It is proposed that thermal effects govern friction in high speed Introduction Several models have b...
Friction is scientifically interesting and technologically important. We can characterize friction w...
Abstract: This article shows different friction prediction models applicable to lubricants in point ...
Frictional contacts between solids exist in nature and in a wide range of engineering applications. ...
An ideal shock isolation system should have low stiffness, at least reduced during a shock input, to...
Rate and state friction has been extensively used to explain many features of the seismic cycle but ...
This article is aimed at the developpement of a new model for friction under shock conditions. Thank...
International audienceThe purpose of the present work is to provide new insights in the understandin...
International audienceWhen studying contact with friction between two bodies, it is not possible to ...
Despite considerable research effort, the use of physics-based modelling to predict frictional behav...
The onset of dynamic dry friction between two blocks of PMMA has recently been studied experimentall...
Friction in sliding contacts plays an important role in tribology. Applications can be found in many...
In order to predict and optimize energy efficiency, fuel consumption and service life, friction and ...
Pas de résuméFriction is scientifically interesting and technologically important. We can characteri...
A one-dimensional mesoscopic spring block model with Amontons-Coulomb friction is introduced in orde...
It is proposed that thermal effects govern friction in high speed Introduction Several models have b...
Friction is scientifically interesting and technologically important. We can characterize friction w...
Abstract: This article shows different friction prediction models applicable to lubricants in point ...
Frictional contacts between solids exist in nature and in a wide range of engineering applications. ...
An ideal shock isolation system should have low stiffness, at least reduced during a shock input, to...
Rate and state friction has been extensively used to explain many features of the seismic cycle but ...
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