The advent of digital image and volume correlation has attracted wide use in fracture
mechanics. The full‐field nature of digital image and volume correlation allows for the …

Chemical reactions can lead to the expansion of the geomaterial because of the strong
precipitation of minerals in the pores of the medium. The quantity and the variability of these …

LMGC90 Page 1 HAL Id: hal-00596875 https://hal.science/hal-00596875 Submitted on 30 May
2011 HAL is a multi-disciplinary open access archive for the deposit and dissemination of …

In this study, criteria on the artificial compliance due to intrinsic cohesive zone models are
presented. The approach is based on a micromechanical model for a collection of cohesive …

The present work addresses the micromechanical modeling and the simulation of crack
initiation and propagation in ductile materials failing by void nucleation, growth and …

In the context of long-term degradation of porous media, the coupling between fracture
mechanics and reactive transport is investigated. A reactive transport model in a cracked …

Computational predictions concerning ballooning of multiple fuel pin bundles during a loss
of coolant accident with a final reflooding phase are now more than ever of interest in the …

Gaussian process (GP) models have become popular for approximating and exploring
nonlinear systems using scarce input/output samples and prior hypotheses done through …

An extrinsic cohesive zone model with a novel unload–reload behaviour is developed in the
framework of non-smooth mechanics. The model is extended to include the effects of …

In recent years, cohesive zone models have been formulated and used to numerically
simulate the fracture of solid materials. Cohesive zone models presented in the literature …