• crack propagation;
  • digital image correlation;
  • elastomer;
  • heat source calculation;
  • identification;
  • infrared thermography;
  • virtual field method

Abstract:  This paper presents an overview of the use of full-field measurement techniques, more precisely digital image correlation (DIC) and coupled DIC and infrared thermography, for the material and structure characterisation of rubber reported in the literature. Even though such techniques have increasingly been applied for approximately 30 years for moderate deformations in metal and composite materials, they are still under-employed in the measurement of full kinematic and thermal fields in the case of large deformations undergone by rubber materials. To date, the applications addressed are crack propagation at both macroscopic and microscopic scales, model validation and constitutive parameter identification.