One of the advocated reinforcement mechanisms is the formation by the filler of a network interpenetrating the polymer network. The deformation and reformation of the filler network allows the explanation of low strain dynamic physical properties of the composite. The present model relies on a statistical study of a collection of elementary mechanical systems, This leads to a mathematical approach of the complex modulus G* = G' + iG". The storage and loss modulus (G' and G", respectively), are expressed in the form of two integrals capable of modeling their Variation with respect to strain
International audienceA quantitative estimate of the Mullins softening is proposed and tested on var...
This thesis is concerned with the use of rheological equations of state to describe the behaviour o...
Rubber is commonly reinforced with colloidal aggregates of carbon or silica, whose structure has the...
One of the advocated reinforcement mechanisms is the formation by the filler of a network interpenet...
PhDA series of particulate reinforced natural rubber composites are prepared using both model (glass...
A comparative study focusing on the visco–elastic properties of two series of carbon black filled co...
The influence of carbon black (CB) structure and surface area on key rubber properties such as monot...
Anti-vibrating parts in automotives are often made of natural rubber reinforced by carbon black. Thi...
Reinforced elastomers are nanocomposite materials made of an elastomer matrix filled with nanometric...
AbstractTo the best of our knowledge, there are no constitutive models that properly describe experi...
Volume fraction and spatial repartition of fillers impact the physical properties of rubber. Extende...
Hypothesis: A three-component material model based on the combination of three hyper-viscoelastic eq...
© 2017 Taylor & Francis Group, London, UK. Modelling the viscoelastic behaviour of rubber for use in...
Carbon biacks are often incorporated in elastomer matrix in order to adjust their specific propertie...
The effect of carbon black on the mechanical properties of elastomers is of great interest, because ...
International audienceA quantitative estimate of the Mullins softening is proposed and tested on var...
This thesis is concerned with the use of rheological equations of state to describe the behaviour o...
Rubber is commonly reinforced with colloidal aggregates of carbon or silica, whose structure has the...
One of the advocated reinforcement mechanisms is the formation by the filler of a network interpenet...
PhDA series of particulate reinforced natural rubber composites are prepared using both model (glass...
A comparative study focusing on the visco–elastic properties of two series of carbon black filled co...
The influence of carbon black (CB) structure and surface area on key rubber properties such as monot...
Anti-vibrating parts in automotives are often made of natural rubber reinforced by carbon black. Thi...
Reinforced elastomers are nanocomposite materials made of an elastomer matrix filled with nanometric...
AbstractTo the best of our knowledge, there are no constitutive models that properly describe experi...
Volume fraction and spatial repartition of fillers impact the physical properties of rubber. Extende...
Hypothesis: A three-component material model based on the combination of three hyper-viscoelastic eq...
© 2017 Taylor & Francis Group, London, UK. Modelling the viscoelastic behaviour of rubber for use in...
Carbon biacks are often incorporated in elastomer matrix in order to adjust their specific propertie...
The effect of carbon black on the mechanical properties of elastomers is of great interest, because ...
International audienceA quantitative estimate of the Mullins softening is proposed and tested on var...
This thesis is concerned with the use of rheological equations of state to describe the behaviour o...
Rubber is commonly reinforced with colloidal aggregates of carbon or silica, whose structure has the...