About the Book
Contents; Preface; Committees; Program of the symposium; List of participants; Uniaxial deformation of microcellular metals: model systems and simplified analysis, by R. Goodall, I. Conde, R. Muller, S. Soubielle, E. Combaz, J.F. Despois, A. Marmottant, F. Diologent, L. Salvo and A. Mortensen; Mechanical properties and design of lattice composites and structures, by D.-N Fang, X-D. Cui, K-H. Zhang, and H. Zhao; Nano-cellular materials with unusual mechanical and physical properties, by H.-L. Duan, J Wang and B.-L. Karihaloo; The high strain rate response of adipose tissue, by K. Comley and N. A. Fleck; X ray tomography study of cellular materials. Experiments and modelling, by E. Maire, O. Caty, A. King, and J. Adrien; Anisotropic Mechanical Properties of Lotus-type Porous Metals, by H. Nakajima, M. Tane, S.K. Hyun, and H. Seki; Mechanical behavior of Nickel base foams for Diesel Particle Filter applications, by M. Duchamp, J. D. Bartout, S. Forest, I. Bienvenu, G. Walther, S. Saberi, and A. Boehm;Anisotropy in Buckling Behavior of Kelvin Open-Cell Foams Subject to Uniaxial Compression, by D. Okumura, A. Okada, and N. Ohno; Elastic buckling of 2-D random honeycombs: Does a Representative Volume Element exists?, by F. Jouneid and K. Sab; Mechanical Properties of Semi-Expanded Hollow Sphere Structures, by T. Daxner and R. W. Tomas; Indentation Tests on A1 Matrix Syntactic Foams, by X F. Tao, G. K. Schleyer and I. I. Zhao; Fracture of metal foams: a discrete modelling approach, by K. R. Mangipudi and P. R. Onck; Fracture of Foamed Cementitious Materials: A Combined Experimental and Numerical Study, by D. Meyer, H.-K. Man and Jan G.M. van Mier; Modeling and simulation of highly porous open cell structures - elasto-plasticity and localization versus disorder and defects, by M H. Luxner and H. E. Pettermann; Mechanical properties of crimped mineral wools: Identification from digital image correlation, by J-F. Witz, F. Hild, S. Roux, and J-B. Rieunier; Influences of inertia and material property on the dynamic behavior of cellular metals, by Jilin Yu, -D. Liu, Z.-J. Zheng, J.-R. Li, T.X Yu; Shock enhancement due to shock front propagation in cellular materials, by S.Pattofatto, I. Nasri, H. Zhao, F. Hild, Y. Girard, H. Tsitsiris; Close-range blast loading of aluminium foam panels: A numerical study, by A.G. Hanssen, L. Olovsson, T. Bgrvik and M. Langseth; Description of the behaviour of cellular composite with weak filling material, by E. Postek, T. Sadowski; Studies on the Dynamic Behavior of Aluminum Alloy Foams, by H-W. Ma, Z.-H Wang, L.-M. Zhao, and G.-T. Yang; Computational modelling of closed- and open-cell cellular structures with fillers, by M. Vesenjak, A. Ochsner, and Z. Ren; Study of cellular materials sandwich under dynamic loading for bird strike application, by Y. Girard, I. Elnasri, and H. Zhao.
