Add to ORKGInternational audienceThe present paper focuses on the modelling of the Mullins effect in elastomers. Different approachesrespectively based on physics, damage mechanics and the two-network theory are presented. Thepros and the cons to their formulation and finite element implementation are discussed. It appears that allthese approaches are complementary and present different limitations due to their formulations
International audienceIn the present paper, experimental investigation and continuum mechanical mode...
A micromechanically based non-affine network model for finite rubber elasticity and viscoelasticity ...
The use of hyperelastic materials in actuators has become increasingly popular due their immense num...
International audienceThe present paper reports on the use of Continuum Damage Mechanics to describe...
AbstractDuring cyclic loading, both natural and synthetic elastomers exhibit a stress-softening phen...
International audienceDuring cyclic loading, both natural and synthetic elastomers exhibit a stress-...
Elastomer behaviour is characterised by many phenomena : large deformations, relaxation, hysteresis ...
Besides the typical hyperelastic behaviour, large elastic deformations with non-linear stress–strain...
International audienceThe present paper reports and rationalizes the use of Continuum Damage Mechani...
The formulation, testing and numerical study of the Mullins effect on rubber are presented. Ogden fi...
International audienceElastomers are characterized by their ability to undergo large elastic deforma...
International audienceThis paper reports on the development of a new network alteration theory to de...
International audienceDuring cyclic loading, rubber like materials exhibit a stress-softening phenom...
International audienceElastomers exhibit a stress-softening response which depends on the maximum st...
The large strain behavior of filled rubbers is characterized by the strong Mullins effect, permanent...
International audienceIn the present paper, experimental investigation and continuum mechanical mode...
A micromechanically based non-affine network model for finite rubber elasticity and viscoelasticity ...
The use of hyperelastic materials in actuators has become increasingly popular due their immense num...
International audienceThe present paper reports on the use of Continuum Damage Mechanics to describe...
AbstractDuring cyclic loading, both natural and synthetic elastomers exhibit a stress-softening phen...
International audienceDuring cyclic loading, both natural and synthetic elastomers exhibit a stress-...
Elastomer behaviour is characterised by many phenomena : large deformations, relaxation, hysteresis ...
Besides the typical hyperelastic behaviour, large elastic deformations with non-linear stress–strain...
International audienceThe present paper reports and rationalizes the use of Continuum Damage Mechani...
The formulation, testing and numerical study of the Mullins effect on rubber are presented. Ogden fi...
International audienceElastomers are characterized by their ability to undergo large elastic deforma...
International audienceThis paper reports on the development of a new network alteration theory to de...
International audienceDuring cyclic loading, rubber like materials exhibit a stress-softening phenom...
International audienceElastomers exhibit a stress-softening response which depends on the maximum st...
The large strain behavior of filled rubbers is characterized by the strong Mullins effect, permanent...
International audienceIn the present paper, experimental investigation and continuum mechanical mode...
A micromechanically based non-affine network model for finite rubber elasticity and viscoelasticity ...
The use of hyperelastic materials in actuators has become increasingly popular due their immense num...