A multiscale assessment of microscopic mechanisms to model propellant behavior nonlinearities

Detection of cavities using interferometric data : adjoint state formulations and adaptive meshing

Spatial field identification using adaptive mesh refinement

Inverse elastic scattering with adaptive FE meshes

Parameter identification of transient models with multiple time scales

Méthode d'homogénéisation temporelle : application à la simulation numérique de la fatigue

Parameter identification of two-time-scale nonlinear transient models

Stochastic time homogenization method for the simulation of structures in operation

Structural model validation and the Lack-of-Knowledge theory - Keynote Lecture

Quantifying the lack of knowledge (LOK) of an industrial model in structural dynamics

Stochastic modelling of rail fatigue

Predictive maintenance by identification of suspension parameters from inline acceleration measurements

A stochastic model of the railway track geometry

Validation of structural dynamics models containing uncertainties

Parameter identification of time-homogenized models describing material fatigue

Reduction of the lack of knowledge of an industrial structural dynamics model

Synergies between computational modeling and experimental characterization of materials across length scales

On the development of a micromechanically based model for solid propellants

Uncertainty and Sensitivity Analysis of Soil Parameters for Tunneling in Urban Area

Calcul par éléments finis de diffusion élastique d'ondes électroniques : problèmes direct et inverse

On a strategy of reduction of the lack of knowledge (LOK) in model validation

Wheel-rail contact parameters sensitivity analysis with stochastic track geometry

Influence of stochastic track geometry on rail fatigue

Elastic electron scattering using the finite element method. Forward and inverse problems

Sur une théorie des méconnaissances en calcul des structures

Adaptive approach and choice of norms related to the regularization of inverse problems

Identification paramétrique de modèles à échelles de temps multiples

An original experimental approach showing that most nonlinearities expressed by filled elastomers relate to microscopic friction and cavitation

Using mesh adaption for the identification of a spatial field of material properties

Construction of a stochastic model of track geometry irregularities and validation through experimental measurements of dynamic loading

Material fatigue simulation using a periodic time homogenization method

Stochastic modelling of rail fatigue

Microextensometry measurements and identification of mechanical properties on cortical bone

An Optimized methodology of back-analysis and sensitivity analysis for settlement evaluation: Case study on a TBM on the Metro Line 12 extension in the Paris region

Two-time-scale inverse problems: formulation and solution

Large scale random fields generation using localized Karhunen–Loève expansion

On a theory of the quantification of the lack of knowledge (LOK) in structural computation

Parameter identification of nonlinear time-dependent rubber bushings models towards their integration in multibody simulations of a vehicle chassis

A stochastic model of the rail contact fatigue

On a strategy for the reduction of the lack of knowledge (LOK) in model validation

Réduction des méconnaissances d'une structure industrielle

How to reduce the lack of knowledge of an industrial model in structural dynamics

On a strategy of reduction of the lack of knowledge of a structural dynamics model

Identification of nonlinear vibrations in railway vehicles including considerations of track defects

Investigations on a stochastic time homogenization method

Review of the synergies between computational modeling and experimental characterization of materials across length scales

Microextensometry measurements and identification of mechanical properties on cortical bone

Considerations on the stochastic time homogenization method

Identification of a spatial field of material properties with adaptive regularization and meshes

Sur une théorie des méconnaissances en calcul des structures