The scratch test consists in pushing a tool across the surface of a weaker material at a given
penetration depth; and it has several applications in Science and Engineering including …

Discrete duality finite volume schemes on general meshes, introduced by Hermeline and
Domelevo and Omnès for the Laplace equation, are proposed for nonlinear diffusion …

An experimental–numerical methodology is introduced to identify the parameters of a
cohesive law of an adhesive layer within a joined assembly on the basis of kinematic data …

In this review paper the synergistic combination of X-ray microtomography, in situ
mechanical tests on material samples and full-field kinematic measurements by 3D-Volume …

In this study, the inverse problem of reconstructing the in‐plane (2D) displacements of a
monitored surface through a sequence of two‐dimensional digital images, severely ill …

The aim of this paper is to develop a model allowing a fast first approximate estimation of the
elastic–plastic stress wave propagation caused by a laser impact and the resulting residual …

In this study, reference is made to a mixed numerical-experimental methodology proposed
in Fedele et alii [1], based on full-field kinematic measurements at the micro-scale provided …

A novel generalized Timoshenko beam finite element with higher order shape functions is
proposed to simulate structural failure. An embedded rotation discontinuity is adopted at the …

In this study a robust strategy for 3D-Volume Digital Image Correlation (DIC) is presented,
apt to provide accurate kinematic measurements within a loaded sample on the basis of …

The LATIN-PGD method is a powerful alternative to the Newton–Raphson scheme for
solving non-linear time-dependent problems in combination with reduced-order modeling …