International audienceThis paper deals with the effect of temperature variations on crack tip kinematicsin rubbers, especially in crystallizing rubbers. In such materials, the high deformation levelencountered at the crack tip engenders the formation of crystallites. As a consequence, thecrack tip is reinforced and resists crack growth. However, this phenomenon is signicantly affectedby variations in material temperature. This is classically observed at the macroscopicscale in terms of crack propagation rate and path. In this study, the effect of temperature isstudied at the local scale, by measuring the change in the kinematic eld at the crack tip duringthermal cycles. Results show that, in crystallizable natural rubber, the effect of temp...
International audienceThis paper deals with the calorimetric effects accompanying the deformation of...
International audienceThis paper deals with the calorimetric analysis of deformation processes in na...
International audienceThe present paper deals with the specificities of the thermal response of rubb...
International audienceThis paper deals with the effect of temperature variations on crack tip kinema...
International audienceThis study aims at characterizing heat sources during the deformation of the c...
International audienceThis paper provides the first characterization of heat source field in the cra...
The effect of the temperature on strain induced crystallization (SIC) of natural rubber (NR) is stud...
International audienceThis paper deals with the thermal effects associated with deformation processe...
International audienceThis paper investigates the mechanisms of deformation in rubber, especially st...
International audienceFatigue crack growth resistance increases with the loading ratio due to strain...
International audienceStrain-induced crystallization in natural rubber has long been modeled as an i...
International audienceThe study deals with the experimental characterization of heat sources produce...
We study crack propagation in rubberlike materials and show that the nonuniform temperature distribu...
International audienceThis paper deals with the calorimetric effects accompanying the deformation of...
International audienceThis paper deals with the calorimetric analysis of deformation processes in na...
International audienceThe present paper deals with the specificities of the thermal response of rubb...
International audienceThis paper deals with the effect of temperature variations on crack tip kinema...
International audienceThis study aims at characterizing heat sources during the deformation of the c...
International audienceThis paper provides the first characterization of heat source field in the cra...
The effect of the temperature on strain induced crystallization (SIC) of natural rubber (NR) is stud...
International audienceThis paper deals with the thermal effects associated with deformation processe...
International audienceThis paper investigates the mechanisms of deformation in rubber, especially st...
International audienceFatigue crack growth resistance increases with the loading ratio due to strain...
International audienceStrain-induced crystallization in natural rubber has long been modeled as an i...
International audienceThe study deals with the experimental characterization of heat sources produce...
We study crack propagation in rubberlike materials and show that the nonuniform temperature distribu...
International audienceThis paper deals with the calorimetric effects accompanying the deformation of...
International audienceThis paper deals with the calorimetric analysis of deformation processes in na...
International audienceThe present paper deals with the specificities of the thermal response of rubb...