It is well accepted that stresses should return to their original state after a closed elastic strain cycle. Here, we consider originally unstressed elements undergoing such cycles. We presume isotropic materials and use Truesdell’s hypoelastic law. Depending on the applied corotational stress rate, undesirable stress ratchetting is observed in case of two commonly used objective rates, namely the Zaremba-Jaumann and the Green/Naghdi rates. The strain cycle reaches its original stress-free state when the logarithmic rate is applied
Many components in conventional and nuclear power plant, chemical plant and aero engines may be subj...
Ductile materials (mainly metals) exhibit a sharp upturn of stress at strain rates around 103 to 104...
The question of ‘generalization ’ to finite strains of the constitutive relations of infinitesimal s...
This paper deals with a particular issue of computational mechanics in main FEM codes nowadays avail...
for public release; distribution unlimited 17. DISTRIBUTION STATEMENT (of the ebetrect entered In Bl...
The material constants of the new plasticity model proposed in the first part of the paper can be di...
AbstractPerfectly elastoplastic constitutive model is modified through a smoothing factor introduced...
Stress–strain response under constant and variable strain-rate is studied for selected models of ine...
summary:Perturbed parameters are considered in a hypoplastic model of granular materials. For fixed ...
International audienceWhen a sample is cyclically loaded under a mean stress or strain, incremental ...
An extension of the upper bound shakedown theorem to load histories in excess of shakedown has been ...
Proceeding of: IUTAM Symposium on Dynamic Instabilities in Solids, May 17-20, 2016, Madrid, SpainA n...
summary:A long-time dynamic for granular materials arising in the hypoplastic theory of Kolymbas typ...
AbstractA phenomenological constitutive model for cyclic viscoplasticity is presented within the fra...
Cyclic plastic deformation phenomena include the Bauschinger effect, cyclic hardening/softening, str...
Many components in conventional and nuclear power plant, chemical plant and aero engines may be subj...
Ductile materials (mainly metals) exhibit a sharp upturn of stress at strain rates around 103 to 104...
The question of ‘generalization ’ to finite strains of the constitutive relations of infinitesimal s...
This paper deals with a particular issue of computational mechanics in main FEM codes nowadays avail...
for public release; distribution unlimited 17. DISTRIBUTION STATEMENT (of the ebetrect entered In Bl...
The material constants of the new plasticity model proposed in the first part of the paper can be di...
AbstractPerfectly elastoplastic constitutive model is modified through a smoothing factor introduced...
Stress–strain response under constant and variable strain-rate is studied for selected models of ine...
summary:Perturbed parameters are considered in a hypoplastic model of granular materials. For fixed ...
International audienceWhen a sample is cyclically loaded under a mean stress or strain, incremental ...
An extension of the upper bound shakedown theorem to load histories in excess of shakedown has been ...
Proceeding of: IUTAM Symposium on Dynamic Instabilities in Solids, May 17-20, 2016, Madrid, SpainA n...
summary:A long-time dynamic for granular materials arising in the hypoplastic theory of Kolymbas typ...
AbstractA phenomenological constitutive model for cyclic viscoplasticity is presented within the fra...
Cyclic plastic deformation phenomena include the Bauschinger effect, cyclic hardening/softening, str...
Many components in conventional and nuclear power plant, chemical plant and aero engines may be subj...
Ductile materials (mainly metals) exhibit a sharp upturn of stress at strain rates around 103 to 104...
The question of ‘generalization ’ to finite strains of the constitutive relations of infinitesimal s...