..., nor in the most recent assessments of their accuracy. In this review article, new failure theories, recent improvements to existing theories, and the most relevant contributions to the modeling of failure mechanisms of composites with continuous reinforcement fibers are discussed, together...

... Weibull distribution stochastic processes failure (mechanical) Contrary to common sense, the ratio of length scales on the meso- and macro-levels R = C * ∕ L does not appear in the governing equations. This looks very abnormal at first sight. Actually, the imposed Deborah number...

... materials and structures exposed to impact and other types of dynamic loading. 26 11 2003 impact (mechanical) failure (mechanical) buckling deformation reviews 11R4. Advances in Dynamics and Impact Mechanics. - Edited by CA Brebbia (Wessex Inst of Tech, UK) and GN Nurick...

...AJ McEvily,, Author; M Walter,, Reviewer 30 07 2002 metals failure (mechanical) failure analysis reviews 7R27. Metal Failures: Mechanisms, Analysis, Prevention. - AJ McEvily (Dept of Metall and Mat Eng, Univ of Connecticut CT). Wiley, New York. 2002. 336 pp. ISBN 0-471...

... of the computational implementation of the strength theories and multi-axial fatigue. 10 06 2002 materials properties yield strength fatigue failure (mechanical) creep mechanical engineering reviews Strength theory deals with the yield and failure of materials under a complex stress state...

...B Cambou,, Editor; C Di Prisco,, Editor; K Hutter,, Reviewer 10 06 2002 geophysics fracture mechanics failure (mechanical) materials properties plasticity modelling rocks minerals reviews 5R1. Constitutive Modelling of Geomaterials. - B Cambou (Laboratoire de...

...-mail: jwrudn@northwestern.edu faulting failure (mechanical) deformation diffusion dislocations cracks slip porous materials earthquakes Earth crust The shallow parts of the earth’s crust are mostly infiltrated by fluids and the coupling of fluid flow with deformation...

... for predicting tensile fatigue life of unidirectional carbon fibre-reinforced composites. The method is based on four hypotheses: I ) same failure mechanisms for constant-strain-rate loading, creep and fatigue failure, II ) same time-temperature superposition principle for all failure strengths, III ) linear...