This article reviews recently developed methods for constitutive parameter identification
based on kinematic full-field measurements, namely the finite element model updating …

This review is devoted to some inverse problems arising in the context of linear elasticity,
namely the identification of distributions of elastic moduli, model parameters or buried …

An overview of the use of full-field measurement techniques for composite material and
structure characterization reported in the recent literature is presented in this paper. The …

The virtual fields method has been developed for extracting constitutive parameters from full‐
field measurements provided by optical non‐contact techniques for instance. It is based on …

This paper deals with the identification of constitutive parameters governing elasto-plastic
constitutive equations. The procedure used is the virtual fields method. It consists in writing …

This paper presents a mixed numerical–experimental method for the identification of the four
in-plane orthotropic engineering constants of composite plate materials. A biaxial tensile test …

This paper deals with the application of the virtual fields method (VFM) to the identification of
constants governing anisotropic constitutive equations. After a short recalling of the main …

This paper presents a methodology for multiscale coupling between the morphology and
texture of a microstructure as has been characterised experimentally, and the results of …

This paper deals with the direct and simultaneous estimation of parameters used in some
constitutive laws. Whole-field data captured in mechanical configurations which give rise to …

Inverse methods offer a powerful tool for the identification of the elasto-plastic material
parameters. One of the advantages with respect to classical material testing is the fact that …