Titlebook: Advances in Computational Plasticity; A Book in Honour of Eugenio Oñate,Djordje Peric,Michele Chiumenti Book 2018 Springer International P

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Blockchain Technology and Application in both two and three dimensions. A number of extensions from brittle to ductile materials have been proposed and results are promising. To date, however, these extensions have not accurately represented strains after crack initiation or included important aspects of ductile fracture such as stress

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Blockchain Technology and Applicationte, which is characterized by complex and evolving geometries requiring frequent remeshings and numerous time increments. These methods are oriented around the axis that constitutes the meshing problem. The .-. method allows to optimally solve several physics involved on the same domain, according t

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Blockchain Technology and Applications in tendons and ligaments are of significant concern in medical science. The past few decades have witnessed noticeable advances in the fundamental understanding of the mechanics of soft biological tissues. Furthermore, computational biomechanics, with an ever-increasing number of publications, has

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Xiaomeng Hu,Haibo Yi,Wenyu Zhang,Yaning Dueshfree methods, direct collocation at the nodes can be employed. In this paper, performance of these node-based Galerkin and collocation meshfree methods is compared in terms of accuracy, efficiency, and stability. Considering both accuracy and efficiency, the overall effectiveness in terms of CPU