Sergio Costa

Publications (11)
Projects (0)

Showing 11 publications

2020

Development and validation of a finite deformation fibre kinking model for crushing of composites

Sergio Costa, Martin Fagerström, R. Olsson

Composites Science and Technology. Vol. 197

Journal article

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2019

MODELLING AND TESTING THE CRASH BEHAVIOUR OF COMPOSITE VEHICLES COMPONENTS

Martin Fagerström, Johannes Främby, Sergio Costa et al

Other conference contribution

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2019

Physically based constitutive models for crash of composites

Sergio Costa

Doctoral thesis

2019

Validation and improvements of a mesoscale finite element constitutive model for fibre kinking growth

Sergio Costa, Martin Fagerström, Renaud Gutkin et al

ECCM 2018 - 18th European Conference on Composite Materials

Paper in proceeding

2019

Improvement and validation of a physically based model for the shear and transverse crushing of orthotropic composites

Sergio Costa, Thomas Bru, Robin Olsson et al

Journal of Composite Materials. Vol. 53 (12), p. 1681-1696

Journal article

2017

Validation of a novel model for the compressive response of FRP: experiments with different fibre orientations

Thomas Bru, Robin Olsson, Gaurav Vyas et al

ICCM International Conferences on Composite Materials. Vol. 2017-August

Paper in proceeding

2017

Mesh objective implementation of a fibre kinking model for damage growth with friction

Sergio Costa, R. Gutkin, R. Olsson

Composite Structures. Vol. 168, p. 384-391

Journal article

2017

Validation of a novel model for the compressive response of FRP: Numerical simulation

Sergio Costa, André Portugal, R. Olsson et al

ICCM International Conferences on Composite Materials. Vol. 2017-August

Paper in proceeding

2016

Finite element implementation of a model for longitudinal compressive damage growth with friction

Sergio Costa, R. Gutkin, R. Olsson

ECCM 2016 - Proceeding of the 17th European Conference on Composite Materials

Paper in proceeding

2016

Physically based fibre kinking model for crash of composites

Sergio Costa

Licentiate thesis

2016

A physically based model for kink-band growth and longitudinal crushing of composites under 3D stress states accounting for friction

Renaud Gutkin, Sergio Costa, Robin Olsson

Composites Science and Technology. Vol. 135, p. 39-45

Journal article

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