The computational modelling of elastoplastic materials in finite deformations is reported. Differently from most of the works present in the literature, neither the hypothesis of isotropy nor of isochoric plastic deformations is introduced. In the paper first the standard model for isotropic elasto-plastic materials is analyzed. then a computational model for anisotropic materials is proposed. A full set of constitutive relations following from thermodinamic principles is derived for anisotropic elastoplastic materials and the computational procedure for integrating the material model is described.
An Integration Algorithm for Non-Isotropic Finite Strain Plasticity / M. Cuomo; M. Fagone. - ELETTRONICO. - (2004), pp. 1-18. ((Intervento presentato al convegno Seventh International Conference on Computational Structures Technology tenutosi a Lisbon nel 7-9 September 2004.
An Integration Algorithm for Non-Isotropic Finite Strain Plasticity
FAGONE, MARIO
2004
Abstract
The computational modelling of elastoplastic materials in finite deformations is reported. Differently from most of the works present in the literature, neither the hypothesis of isotropy nor of isochoric plastic deformations is introduced. In the paper first the standard model for isotropic elasto-plastic materials is analyzed. then a computational model for anisotropic materials is proposed. A full set of constitutive relations following from thermodinamic principles is derived for anisotropic elastoplastic materials and the computational procedure for integrating the material model is described.
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