Using a volumetric–deviatoric decomposition of strain, we propose a novel phase-field
model for thermo-electro-mechanical fracture and provide an open-source finite element …

In this article, we propose a novel approach for modeling brittle fracture in heterogeneous
composites using a combined diffused material interface method and a hybrid phase-field …

In this article, we propose a thermodynamically consistent phase-field model for thermo-
mechanical fracture and provide an open-source implementation of the proposed model …

Realizing the limitations of classical phase-field fracture models and the need for the
development of non-local phase-field models that can capture the experimentally observed …

In this paper, we propose a phase-field model for electro-mechanical fracture in brittle
materials and provide an open-source implementation of the proposed model using a newly …

This article proposes an open-source implementation of a phase-field model for brittle
fracture using a recently developed finite-element toolbox, Gridap in Julia. This work exploits …

In this article, we propose a thermodynamically consistent phase-field model for thermo-
mechanical fracture and provide an open-source implementation of the proposed model …

This thesis develops numerical methods and software for computational biomechanics of
soft tissues, a key enabling technology for computer-integrated medicine, with the aim of …

For engineering purposes, these examples can be modeled by means of a floating elastic
plate in waves governed by potential flow theory. The elastic plate follows a transient bi …

Este trabajo se enfoca al estudio de métodos numéricos paralelos en tiempo. En concreto,
nos centraremos en el algoritmo Parareal, propuesto para ecuaciones diferenciales …