Continuum damage mechanics of materials and structures: present and future (O. Allix et al.).
Essential damage mechanics - bridging the scales (D. Krajcinovic).
Microstructure evolution, state variable models, damage mechanics and bounding theorems (A.C.F. Cocks).
Discrete versus continuum damage mechanics: a probabilistic perspective (F. Hild).
Damage micromechanics modelling of discontinuous reinforced composites (D. Baptiste).
Continuum damage mechanics applied to quasi-brittle materials (A. Dragon).
An anisotropic damage theory and unilateral effects: applications to laminates and to three-and four-dimensional composites (P. Ladevèze).
Introduction to continuum damage mechanics (J. Lemaitre).
Continuum damage modelling for concrete structures in dynamic situations (J. Mazars et al.).
Interface damage mechanics: application to delamination (O. Allix).
Computational methods for delamination and fracture in composites (R. de Borst, J.H.A. Schipperen).
Size effect theory and its application to fracture of fiber composites and sandwich plates (Z.P. Bažant).