Ratcheting, the accumulation of plastic strain under cyclic loading, will be investigated for uniaxial and biaxial loading in this study. The simulations of ratcheting will be carried on for different yield criteria and kinematic hardening rules. The corresponding stress-strain relations will be developed and used in the numerical analysis by implementing subroutines to a commercial finite element software. The numerical results will be compared with the experimental ones to evaluate the applicability of the constitutive equations that are obtained by using the selected yield criteria and kinematic hardening rules.M.S. - Master of Scienc
In this Master's Thesis, two ratcheting models, Chaboche and Ohno & Wang (OW), were compared to the ...
A framework forphenomenological hyperelasto-plasticity with initial anisotropy,kinematic hardening a...
AbstractThe paper shows results of experiments focused on the influence of loading frequency on ratc...
When materials are subjected to cyclic plastic loading with nonzero mean stress, strain usually accu...
AbstractRatcheting is defined as the accumulation of plastic strains during cyclic plastic loading. ...
Ratcheting is defined as the accumulation of plastic strains during cyclic plastic loading. Modeling...
In this study, a two surface plasticity model was developed and used to simulate the uniaxial ratche...
In this thesis the performance of different constitutive models in ratchet simulation is investigate...
In this thesis the performance of different constitutive models in ratchet simulation is investigate...
In this thesis the performance of different constitutive models in ratchet simulation is investigate...
In this thesis the performance of different constitutive models in ratchet simulation is investigate...
A two-surface plasticity theory is used to predict ratcheting strain under multiaxial loading. A kin...
AbstractRatcheting is defined as the accumulation of plastic strains during cyclic plastic loading. ...
Most cyclic plasticity models used in ratcheting simulations employ the rate-independent elastoplast...
peer-reviewedRatcheting is defined as the accumulation of plastic strains during cyclic plastic load...
In this Master's Thesis, two ratcheting models, Chaboche and Ohno & Wang (OW), were compared to the ...
A framework forphenomenological hyperelasto-plasticity with initial anisotropy,kinematic hardening a...
AbstractThe paper shows results of experiments focused on the influence of loading frequency on ratc...
When materials are subjected to cyclic plastic loading with nonzero mean stress, strain usually accu...
AbstractRatcheting is defined as the accumulation of plastic strains during cyclic plastic loading. ...
Ratcheting is defined as the accumulation of plastic strains during cyclic plastic loading. Modeling...
In this study, a two surface plasticity model was developed and used to simulate the uniaxial ratche...
In this thesis the performance of different constitutive models in ratchet simulation is investigate...
In this thesis the performance of different constitutive models in ratchet simulation is investigate...
In this thesis the performance of different constitutive models in ratchet simulation is investigate...
In this thesis the performance of different constitutive models in ratchet simulation is investigate...
A two-surface plasticity theory is used to predict ratcheting strain under multiaxial loading. A kin...
AbstractRatcheting is defined as the accumulation of plastic strains during cyclic plastic loading. ...
Most cyclic plasticity models used in ratcheting simulations employ the rate-independent elastoplast...
peer-reviewedRatcheting is defined as the accumulation of plastic strains during cyclic plastic load...
In this Master's Thesis, two ratcheting models, Chaboche and Ohno & Wang (OW), were compared to the ...
A framework forphenomenological hyperelasto-plasticity with initial anisotropy,kinematic hardening a...
AbstractThe paper shows results of experiments focused on the influence of loading frequency on ratc...