A dual domain decomposition method for finite element digital image correlation

SCHNEIDER (1876) définissait ainsi les Actinocephalus : «Epimérite déli- mité à sa base par une constriction circulaire très nette et garni supérieurement d'une

M´ ethode des ´ el´ ements finis mixte duale pour les probl` emes de l’´ elasticit´ e et de l’´ elastodynamique: analyse d’erreur ` a priori et ` a posteriori `

Here, we demonstrate the first ultra-stable microwave generation via optical fre- quency division using a SESAM-mode-locked DPSSL in the 1.5-lm region, and we compare its

Fast diffusion equation; porous media equation; Barenblatt solutions; Hardy-Poincar´e inequalities; large time behaviour; second moment; asymptotic expansion; intermediate

A way of coupling digital image correlation (to measure displacement fields) and boundary element method (to compute displacements and tractions along a crack surface) is presented

This abstract briefly describes a novel continuum finite strain formulation of the equilibrium gap principle, introduced in (C LAIRE , H ILD et R OUX , 2004) at the discrete level

For three-point bending test, combined FEA for stress estimate and DIC for strain determination may be a method to explore the dentin elastic modulus and maximum tensile

As a contribution to current and previous research dealing with specific energies, we have found that under certain conditions for any particular test, the crushing specific energy