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How to implement user-defined fiber-reinforced hyperelastic materials in finite element software

机译：如何在有限元软件中实现用户定义的光纤超弹簧材料

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Heleen Fehervary; Lauranne Maes; Julie Vastmans; Gertjan Kloosterman; Nele Famaey;
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1. Computational efficiency of numerical approximations of tangent moduli for finite element implementation of a fiber-reinforced hyperelastic material model [J] . Liu Haofei, Sun Wei Computer methods in biomechanics and biomedical engineering . 2016,第9a12期

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3. Numerical Approximation of Tangent Moduli for Finite Element Implementations of Nonlinear Hyperelastic Material Models [J] . Wei Sun, Elliot L. Chaikof, Marc E. Levenston Journal of biomechanical engineering. . 2008,第6期

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4. Numerical implementation and finite element analysis of anisotropic hyperelastic biomaterials - Influence of fibers orientation [C] . Rachid DJERIDI, Mohand OULD OUALI ESAFORM conference on material forming . 2013

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5. Efficient Residual and Matrix-Free Jacobian Evaluation for Three-Dimensional Hexahedral Finite Elements with Nearly-Incompressible Neo-Hookean Hyperelasticity as Applied to Soft Materials [D] . Mehraban, Arash. 2021

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6. Computational efficiency of numerical approximations of tangent moduli for finite element implementation of a fiber-reinforced hyperelastic material model [O] . Haofei Liu, Wei Sun -1

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7. Computational efficiency of numerical approximations of tangent moduli for finite element implementation of a fiber-reinforced hyperelastic material model [O] . Haofei Liu, Wei Sun 2015

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8. User-Defined Subroutine for Implementation of Special Finite Elements in ABAQUSfor the Analysis of Adhesive Joints [R] . Saether, E., Weight, K. 1994

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How to implement user-defined fiber-reinforced hyperelastic materials in finite element software

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