Automated Approach to Monitor the Sanitary Status and to Detect Early Biological Attacks on Plants in Greenhouse

A cognitive Vision Platform for Automatic Recognition of Natural Complex Objects

Ontology Based Object Learning and Recognition : Application to Image Retrieval

Is Preference Alignment Always the Best Option to Enhance LLM-Based Translation? An Empirical Analysis

<i>Euclid</i>: Early Release Observations – A glance at free-floating newborn planets in the σ Orionis cluster

Euclid. I. Overview of the Euclid mission

Radiative properties of statistically anisotropic non beerian porous media; generalized radiative transfer equation and applications

Radiation in porous media: an upscaling methodology

Generalized radiative transfer equation for porous medium upscaling: Application to the radiative Fourier law

Modeling macroscopic unsteady inertial flow in porous media should take into account the process history

Radiative conductivity of non beerian porous media: application to degraded rod bundles of a nuclear core

Radiative transfer within non Beerian porous media with semitransparent and opaque phases in non equilibrium: Application to reflooding of a nuclear reactor

Wave turbulence modelling in rapidly rotating flows

Upscaling unsteady and inertial single-phase flow in homogeneous porous media

UPSCALED MODEL FOR NON-STEADY INERTIAL FLOW IN HOMOGENEOUS POROUS MEDIA

X-Ray µ-Tomography: a powerful tool for the modeling of the thermal radiative properties of porous media

RDFI determination of anisotropic and scattering dependent radiative conductivity tensors in porous media: Application to rod bundles

Macroscopic model for unsteady flow in porous media

Wave turbulence in rapidly rotating flows

A new formulation of the dispersion tensor in homogeneous porous media

Etude asymptotique de la turbulence d'ondes en rotation

Structure and texture simulations in fusion welding processes – comparison with experimental data

Reconstruction of air temperatures at Kerguelen based on brGDGT

Vues & données (catalogue II)

DECOMOBIL Human Centred Design for Safety Critical Transport Systems. Deliverable 3.6

Driving assistances for senior drivers: a human centered design approach

Undoped TiO2 and nitrogen-doped TiO2 thin films deposited by atomic layer deposition on planar and architectured surfaces for photovoltaic applications

Goupile: A New Paradigm for the Development and Implementation of Clinical Report Forms.

AMBER: the near-infrared focal instrument for the Very Large Telescope Interferometer

Two-timescale homogenization method for the modeling of material fatigue

Identification of transient nonlinear models with contact using adjoint state formulations

EFFICIENT FATIGUE SIMULATION USING PERIODIC HOMOGENIZATION WITH MULTIPLE TIME SCALES

Efficient vibration fatigue simulations using a multiple-scale periodic homogenization method

Time-homogenization method: application to fatigue

Iterative regularization of inverse problems using adaptive meshes

Validation of structural dynamics models with uncertainties

Homogénéisation périodique de modèles à échelles de temps multiples

Inverse elastic scattering with adaptive regularization and meshes

Identification paramétrique de modèles à échelles de temps multiples

Towards efficient fatigue simulation and parameter identification using models with multiple time scales

Fatigue simulation of aeronautic parts using time-homogenized models

Parameters identification for the nonlinear time-dependent model of rubber bushings in multibody simulations

Parametric identification of dynamic models including contact-type phenomena

Two-time-scale inverse problems: formulation and solution

CCF modelling with use of a two-timescale homogenization model

Multiscale approach for the development of a propellant constitutive law

Structural model validation and the Lack-of-Knowledge theory

Time-multi-scale parameter identification of models describing material fatigue

Vérification, validation et méconnaissance

Parameter identification of multi-body railway vehicle models – Application of the adjoint state approach