José Benaque Rubert

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This work presents an analysis of the wavelet-Galerkin method for one-dimensional elastoplastic-damage problems. Time-stepping algorithm for non-linear dynamics is presented. Numerical treatment of the constitutive models is developed by the use of return-mapping algorithm. For spacial discretization we can use wavelet-Galerkin method instead of standard(More)
A geometrically nonlinear formulation for composites and the derived explicit dynamic finite element program are presented. The relevant variables at each time step are mapped into an equivalent isotropic space, where the integration of the rate constitutive equations is performed. The evolution of the internal variables is calculated in the mapped spaces,(More)
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