Dialogue essais-simulation et identification de lois de comportement ...

Dialogue essais-simulation et identification de lois de comportement ... Dialogue essais-simulation et identification de lois de comportement ...

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Partie A – Chapitre 3 : Procédures expérimentales (Kalina et al. 2012) Kalina M., Simcak F., Hagara M., Schrotter M.et Stamborska M. (2012). The Use of the Experimental Optical Technique for Investigation of Shear Strains of the Samples Exposed to Shear Stress Beyond the Yield Point. Procedia Engineering 48, 264-272. (Kim et Daly 2011) Kim K., Daly S. (2011). Martensite Strain Memory in the Shape Memory Alloy Nickel-Titanium Under Mechanical Cycling. Experimental Mechanic 51, 641-652. (Lackmann et al. 2011) Lackmann J., Niendorf T., Maxisch M., Grundmeier G. et Maier H.J. (2011). High-resolution in-situ characterization of the surface evolution of a polycrystalline NiTi SMA-alloy under pseudoelastic deformation. Materials Characterization 62, 298–303. (Lagattu 2004) Lagattu F., Brillaud J. et Lafarie-Frenot M. (2004). High strain gradient measurements by using digital image correlation technique. Materials Characterization 53 (1), 17– 28. (Lecompte et al. 2006) Lecompte D., Smits A., Bossuyt S.et Sol H. (2006). Quality assessment of speckle patterns for digital image correlation. Optic Laser Eng 44, 1132-1145. pastel-00910076, version 1 - 27 Nov 2013 (Lu et Cary 2000) Lu H. et Cary, P. D. (2000). Deformation measurements by digital image correlation: implementation of a second-order displacement gradient. Experimental mechanics 40(4), 393-400. (Maynadier et al. 2012) Maynadier A., Poncelet M., Lavernhe-Taillard K. et Roux S. (2012). One-shot measurement of thermal and kinematic fields: infrared image correlation (IRIC). Experimental mechanics, 52(3), 241-255. (Merzouki et al. 2010) Merzouki T., Collard C., Bourgeois N., Ben Zineb T. et Meraghni F. (2010). Coupling between measured kinematic fields and multicrystal SMA finite element calculations. Mech Mat 42, 72-95. (Mistou et al. 2003) Mistou S., Karama M., Dalverny O., Siguier J.-M. et Guigue-Joguet P. (2003). Mesure 3D sans contact des déplacements et déformations sur des films plastiques transparents par stéréo-corrélation. Mécanique & Industries 4, 637-643. (Mohammad Sadeghi 2010) Mohammad Sadeghi B. (2010). Analyse et Identification du comportement mécanique d’aciers à effet TRIP à partir de mesures de champs cinématiques. Thèse de doctorat, ARTS et METIERS PARIS TECH, Centre de Metz. (Pan et al. 2009) Pan B., Qian K., Xie H. et Asundi A. (2009). Two-dimensional digital image correlation for in-plane displacement and strain measurement: a review. Measurement science and technology journal 20, 1-17. (Rastagi 2000) Rastogi P. K. (2000). Digital speckle pattern interferometry and related techniques. Digital Speckle Pattern Interferometry and Related Techniques, (Editor), ISBN 0-471- 49052-0. Wiley-VCH 1. (Ruiz et al. 2011) Ruiz P.D., Huntley J.M. et Coupland J.M. (2011). Depth-resolved imaging and displacement measurement techniques viewed as linear filtering operations. Experimental mechanics 51(4), 453-465. 82

Partie A – Chapitre 3 : Procédures expérimentales (Sanchez-Arévalo et al. 2008) Sanchez-Arévalo F.M.et Pulos G. (2008). Use of digital image correlation to determine the mechanical behaviour of materials. Mat Charact 59, 1572-1579. (Sanchez-Arévalo et al. 2009) Sanchez-Arévalo F.M., Garcia-Fernandez T., Pulos G.et Villagran-Muniz M. (2009). Use of digital speckle pattern correlation for strain measurements in a CuAlBe shape memory alloy. Mat Charact 60, 775-782. (Surrel 1998) Surrel J. et Surrel Y. (1998). The fringe projection technique for shape acquisition of live biological objects. Journal of Optics 29 (1), 6-13. (Sutton et al. 1986) Sutton M. A., Cheng M., McNeill S. R., Chao Y. J. et Peters W. H. (1986). Application of an optimized digital image correlation method to planar deformation analysis. Image and Vision Computing 4 (3), 143-150. (Sutton 2004) Sutton M. A. (2004). Recent developments and trends in measurements from the macro-scale to reduced length scales. In du Colloque Photomécanique, 1-8. pastel-00910076, version 1 - 27 Nov 2013 (Sutton et al. 2007a) Sutton M. A., Li N., Joy D. C., Reynolds A. P. et Li X. (2007). Scanning electron microscopy for quantitative small and large deformation measurements Part I: SEM imaging at magnifications from 200 to 10,000. Experimental Mechanics 47(6), 775-787. (Sutton et al. 2007b) Sutton M. A., Li N., Garcia D., Cornille N., Orteu J. J., McNeill S. R. et Reynolds A. P. (2007). Scanning electron microscopy for quantitative small and large deformation measurements Part II: experimental validation for magnifications from 200 to 10,000. Experimental Mechanics 47(6), 789-804. (Sutton et al. 2008) Sutton M.A., Yan J.H., Tiwari V., Schreier H.W. et Orteu J.J. (2008). The effect of out-of-plane motion on 2D and 3D digital image correlation measurements. Optic Laser Eng 46, 746- 757. (Sutton et al. 2009) Sutton M. A., Orteu J.-J. et Schreier H. W. (2009) Image correlation for shape, motion and déformation measurements. Livre paru aux Editions Springer. (Tong 2005) Tong W. (2005). An evaluation of digital image correlation criteria for strain mapping applications. Strain 41, 167-175. (Xu et al. 2011) Xu Z.H., Jin H., Lu W.Y., Sutton M.A.et Li X. (2011). Influence of Scanning Rotation on Nanoscale Artificial Strain in Open-Loop Atomic Force Microscopy. Experimental mechanics 51(4), 619-624. (Wang et al. 2007) Wang Z.Y., Li H.Q., Tong J.W. and Ruan J.T. (2007). Statistical Analysis of the Effect of Intensity Pattern Noise on the Displacement Measurement Precision of Digital Image Correlation Using Self-correlated Images, Experimental Mechanics 47, 701-707. (Wang et al. 2009) Wang Y.Q., Sutton M.A., Bruck H.A. et Schreier H.W. (2009). Quantitative error assessment in pattern matching: effects of intensity pattern noise, interpolation, strain and image contrast on motion measurements. Strain 45, 160-178. 83

Partie A – Chapitre 3 : Procédures expérimentales<br />

(Sanchez-Arévalo <strong>et</strong> al. 2008) Sanchez-Arévalo F.M.<strong>et</strong> Pulos G. (2008). Use of digital image correlation<br />

to d<strong>et</strong>ermine the mechanical behaviour of materials. Mat Charact 59, 1572-1579.<br />

(Sanchez-Arévalo <strong>et</strong> al. 2009) Sanchez-Arévalo F.M., Garcia-Fernan<strong>de</strong>z T., Pulos G.<strong>et</strong> Villagran-Muniz<br />

M. (2009). Use of digital speckle pattern correlation for strain measurements in a CuAlBe shape<br />

memory alloy. Mat Charact 60, 775-782.<br />

(Surrel 1998) Surrel J. <strong>et</strong> Surrel Y. (1998). The fringe projection technique for shape acquisition of live<br />

biological objects. Journal of Optics 29 (1), 6-13.<br />

(Sutton <strong>et</strong> al. 1986) Sutton M. A., Cheng M., McNeill S. R., Chao Y. J. <strong>et</strong> P<strong>et</strong>ers W. H. (1986).<br />

Application of an optimized digital image correlation m<strong>et</strong>hod to planar <strong>de</strong>formation analysis. Image<br />

and Vision Computing 4 (3), 143-150.<br />

(Sutton 2004) Sutton M. A. (2004). Recent <strong>de</strong>velopments and trends in measurements from the<br />

macro-scale to reduced length scales. In du Colloque Photomécanique, 1-8.<br />

pastel-00910076, version 1 - 27 Nov 2013<br />

(Sutton <strong>et</strong> al. 2007a) Sutton M. A., Li N., Joy D. C., Reynolds A. P. <strong>et</strong> Li X. (2007). Scanning electron<br />

microscopy for quantitative small and large <strong>de</strong>formation measurements Part I: SEM imaging at<br />

magnifications from 200 to 10,000. Experimental Mechanics 47(6), 775-787.<br />

(Sutton <strong>et</strong> al. 2007b) Sutton M. A., Li N., Garcia D., Cornille N., Orteu J. J., McNeill S. R. <strong>et</strong> Reynolds A.<br />

P. (2007). Scanning electron microscopy for quantitative small and large <strong>de</strong>formation measurements<br />

Part II: experimental validation for magnifications from 200 to 10,000. Experimental Mechanics 47(6),<br />

789-804.<br />

(Sutton <strong>et</strong> al. 2008) Sutton M.A., Yan J.H., Tiwari V., Schreier H.W. <strong>et</strong> Orteu J.J. (2008). The effect of<br />

out-of-plane motion on 2D and 3D digital image correlation measurements. Optic Laser Eng 46, 746-<br />

757.<br />

(Sutton <strong>et</strong> al. 2009) Sutton M. A., Orteu J.-J. <strong>et</strong> Schreier H. W. (2009) Image correlation for shape,<br />

motion and déformation measurements. Livre paru aux Editions Springer.<br />

(Tong 2005) Tong W. (2005). An evaluation of digital image correlation criteria for strain mapping<br />

applications. Strain 41, 167-175.<br />

(Xu <strong>et</strong> al. 2011) Xu Z.H., Jin H., Lu W.Y., Sutton M.A.<strong>et</strong> Li X. (2011). Influence of Scanning Rotation on<br />

Nanoscale Artificial Strain in Open-Loop Atomic Force Microscopy. Experimental mechanics 51(4),<br />

619-624.<br />

(Wang <strong>et</strong> al. 2007) Wang Z.Y., Li H.Q., Tong J.W. and Ruan J.T. (2007). Statistical Analysis of the Effect<br />

of Intensity Pattern Noise on the Displacement Measurement Precision of Digital Image Correlation<br />

Using Self-correlated Images, Experimental Mechanics 47, 701-707.<br />

(Wang <strong>et</strong> al. 2009) Wang Y.Q., Sutton M.A., Bruck H.A. <strong>et</strong> Schreier H.W. (2009). Quantitative error<br />

assessment in pattern matching: effects of intensity pattern noise, interpolation, strain and image<br />

contrast on motion measurements. Strain 45, 160-178.<br />

83

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