A. Fanget

发表

Micromechanical modelling of damage evolution in highly filled particulate composites – Induced effects at different scales

C. Nadot-Martin, A. Dragon, G. Contesse, 2013 .

Investigation of fragments size resulting from dynamic fragmentation in melted state of laser shock-loaded tin

A. Dragon, M. Faessel, L. Signor, 2010 .

A constitutive model for the dynamic and high‐pressure behaviour of a propellant‐like material: Part I: Experimental background and general structure of the model

A. Dragon, P. Lambert, H. Trumel, 2001 .

A finite strain elastic-plastic model for the quasi-static behaviour of particulate composites

A. Dragon, H. Trumel, A. Fanget, 1996 .

Influence of Non-Fugitive Catalysis on Physical Characteristics of Automotive Polyurethane Molded Foam

F. Casati, A. Fanget, J. Sonney, 2003 .

DISCRETE DAMAGE MODELLING OF HIGHLY-FILLED COMPOSITES VIA A DIRECT MULTISCALE "MORPHOLOGICAL APPROACH"

C. Nadot-Martin, A. Dragon, D. Halm, 2009 .

Direct Scale Transition Approach for Highly‐filled Viscohyperelastic Particulate Composites: Computational Study

C. Nadot-Martin, A. Dragon, A. Fanget, 2010 .

Damage modelling framework for viscoelastic particulate composites via a scale transition approach

A. Dragon, H. Trumel, A. Fanget, 2006 .

Multiscale damage modeling with the “Morphological Approach” to highlight particle size and interaction effects in highly-filled particulate composites

M. Gueguen, C. Nadot-Martin, G. Contesse, 2015 .

Direct multiscale 'morphological approach' for non-linear highly-filled particulate composites: theory and applications

C. Nadot-Martin, A. Dragon, D. Halm, 2013 .

Three-dimensional analysis of a tensile test on a propellant with digital volume correlation

Stéphane Roux, François Hild, Eric Maire, 2011 .

Introduction of damage evolution in a scale transition approach for highly-filled particulate composites

A. Dragon, D. Halm, S. Dartois, 2008 .

MULTISCALE DAMAGE MODELING FOR HIGHLY-FILLED PARTICULATE COMPOSITES : PARTICLE SIZE EF FECT AND COUPLING WITH FINITE STRAINS

C. Nadot-Martin, G. Contesse, D. Halm, 2022 .

A constitutive model for the dynamic and high‐pressure behaviour of a propellant‐like material: Part II: Model development and applications

Philippe Lambert, André Dragon, Harvé Trumel, 2001 .

A New Slideline Algorithm ForContact-impact Problems InDynamic Elastoplasticity

E. Buzaud, A. Fanget, A. Y. Le, 1970 .

Fracture prediction of a 3D C/C material under impact

Pierre-Alain Boucard, Olivier Allix, A. Fanget, 2005 .

A coupled viscoelastic-viscoplastic finite strain model for the dynamic behaviour of particulate composites: numerical issues

A. Dragon, H. Trumel, A. Fanget, 2008 .

A multi-scale “morphological approach” for highly-filled particulate composites: evaluation in hyperelasticity and first application to viscohyperelasticity

C. Nadot-Martin, A. Dragon, A. Fanget, 2007 .

3D Multi-Scale Segmentation Of Granular Materials

D. Jeulin, G. Contesse, A. Fanget, 2011 .

Microstructure-Aided Digital Volume Correlation

E. Maire, S. Roux, F. Hild, 2010 .

Mesoscopic To Macroscopic Behaviour Of Particulate Composites: Experimental, Numerical Aspects

D. Jeulin, A. Dragon, A. Fanget, 2009 .

Rogowski Coil: Exceptional Current Measurement Tool For Almost Any Application

G.F. Montillet, J.P. Dupraz, A. Fanget, 2007, 2007 IEEE Power Engineering Society General Meeting.