1% Gallery 2% Helfer Thomas 3% December 1, 2016 4 5# Mechanical behaviours 6 7## Hyperelasticity 8 9- [SaintVenantKirchhoffElasticity](./gallery/hyperelasticity/SaintVenantKirchhoffElasticity.mfront) 10- [Signorini](signorini.html) 11- [Ogden](ogden.html) 12 13## Hyperviscoelasticity 14 15We provide a general framework to build hyperviscoelastic 16behaviour. This framework is described 17[here](hyperviscoelasticity.html). 18 19## Viscoelasticity 20 21- [GeneralizedMaxwell](./gallery/viscoelasticity/GeneralizedMaxwell.mfront) 22 23## Damage 24 25- [Marigo](gallery/damage/Marigo.mfront) 26- [Mazars](gallery/damage/Mazars.mfront) 27 28## Plasticity 29 30- [IsotropicLinearHardeningPlasticity](gallery/plasticity/IsotropicLinearHardeningPlasticity.mfront) 31- [IsotropicLinearKinematicHardeningPlasticity](gallery/plasticity/IsotropicLinearKinematicHardeningPlasticity.mfront) 32- The implementation of an orthotropic plastic behaviour with 33 isotropic linear hardening is described 34 [here](orthotropiclinearhardeningplasticity.html). 35- The implementation of a multi-surface plastic behaviour (the Iwan 36 behaviour) is described [here](iwan.html). 37- The implementation of a perfect plastic behaviour based on the 38 Hosford equivalent stress is described [here](hosford.html). 39- The implementation of the Barlat' Yld2004-18p behaviour is described 40 [here](barlat-yld2004.html). 41- The implementation of a perfect plastic behaviour based on the 42- The implementation of a perfect plastic behaviour based on the 43 Green yield criterion is described [here](greenplasticity.html). 44- The implementation of a multi-surface, compressible and perfect 45 plastic behaviour using the Drucker-Prager yield criterion and a cap 46 is described [here](drucker-prager-cap.html) 47 48## Viscoplasticity 49 50- [Hayhurst](gallery/viscoplasticity/Hayhurst.mfront) 51- [ChabocheViscoplasticity](gallery/viscoplasticity/ChabocheViscoplasticity.mfront) 52- The implementation of an an isotropic plastic behaviour with several 53 kinematic variables following the Amstrong-Frederic evolution law is 54 described 55 [here](isotropicplasticityamstrongfrederickinematichardening.html) 56- [ImplicitNorton](gallery/viscoplasticity/ImplicitNorton.mfront) 57 58<!-- Local IspellDict: english --> 59