Titlebook: Design and Analysis of Reinforced Fiber Composites; Pedro V. Marcal,Nobuki Yamagata Book 2016 Springer International Publishing Switzerlan

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Book 2016inear structural behavior (from linear buckling to nonlinear yelding and fracture) are discussed as well as different materials are presented. Latest developments in computational methods for constructíons are presented which will help to save money and time. This is an edited collection of papers p

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Dimitris Dranidis,Stefan Gastingericro-tomographic and three-dimensional image processing to identify and quantify the aggregates, pores, and micro-cracks produced by mechanical stress in the samples. Results for four types of mixtures were analyzed. The present technique offers appropriated results for these mixtures.

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Computational Modeling of Fiber Composites with Thick Fibers as Homogeneous Structures with Use of additional material parameter regulating bending stiffness of the material regardless of its tensile stiffness. The procedure of determination of the additional material parameter is offered for the case of simple beam under small strains. Numerical simulations of four-point bending test are presented to demonstrate advantage of the new model.

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A Macro Model for 3D Fiber-Reinforced Polymer Composites,is used to illustrate the facets of the model and compare the results with experiment. In most cases, and using carbon fiber, it was found that premature failure occurred by fracture. A fracture analysis model was proposed as an extension to the model by introducing a numerical approximation of the classical fracture mechanics theory.