Berton, G.

Lacroix, Florian

Méo, Stéphane

Poisson, J.L.

Ranganathan, Narayanaswami

Rubber Chemistry and Technology

Abstract
               Due to their interesting mechanical behavior and their diversity, rubber materials are more and more used in industry. Indeed, formulating a multiaxial fatigue criterion to predict fatigue lives of rubber components constitutes an important objective to conceive rubber products. An experimental campaign is developed here to study the multiaxial fatigue behavior of polychloroprene rubber. To reproduce multiaxial solicitations, combined tension–torsion tests were carried out on a dumbbell-type specimen (an axisymmetric rubber part bonded to metal parts with a reduced section at mid-height), with several values of phase angles between tension and torsion. A constitutive model is needed to calculate multiaxial fatigue criteria, and then analyze fatigue results. A large strain viscoelastic model, based on the tension–torsion kinematics, is then used to determine the material's stress–strain law. Dissipated energy density is introduced as a multiaxial fatigue criterion, and compared with those usually used in the literature. A multiaxial Haigh diagram is then built to observe the influence of Rd-ratio (ratio of the axial displacement's minimum to the axial displacement's maximum) on the multiaxial fatigue lives of polychloroprene rubber.</jats:p

J. L. Poisson

S. Méo

F. Lacroix

G. Berton

N. Ranganathan

Crossref

MULTIAXIAL FATIGUE CRITERIA APPLIED TO A POLYCHLOROPRENE RUBBER

HAL Université de Tours

Multiaxial fatigue criteria applied to a polychoroprene rubber

https://hal-univ-tours.archives-ouvertes.fr/hal-01236385

Multiaxial fatigue criteria applied to a polychoroprene rubber

Abstract

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HAL Université de Tours