Add to ORKGA micromechanically based plasticity model for modeling of anisotropy in pearlitic steel is investigated. The model was proposed in Johansson and Ekh~[1] and takes into account large strains as well as deformation induced anisotropy. The initially randomly oriented cementite lamellae in the pearlitic steel will tend to align with the deformation which causes a development of anisotropy
In this paper, results from microcompression tests on pearlitic steel pillars are used to determine ...
By studying pearlitic steels using a scanning electron microscope it can be observed that pearlite i...
By studying pearlitic steels using a scanning electron microscope it can be observed that pearlite i...
A micromechanically based plasticity model for modeling of anisotropy in pearlitic steel is investig...
In this contribution, different types of homogenization methods of a micromechanically based plastic...
In this contribution, different types of homogenization methods of a micromechanically based plastic...
A phenomenological model for deformation induced evolution of anisotropy at large strains in pearlit...
A phenomenological model for deformation induced evolution of anisotropy at large strains in pearlit...
A macroscopic model for deformation induced anisotropy due to substructure evolution at large strain...
A macroscopic model for deformation induced anisotropy due to substructure evolution at large strain...
In a pearlitic structure, large deformations lead to a re-orientation and alignment of cementite lam...
In this paper different homogenization approaches are adopted for two micromechanical based models o...
In this paper different homogenization approaches are adopted for two micromechanical based models o...
Large shearing and/or stretching of pearlitic steel leads to a re-orientation and alignment of cemen...
Large shearing and/or stretching of pearlitic steel leads to a re-orientation and alignment of cemen...
In this paper, results from microcompression tests on pearlitic steel pillars are used to determine ...
By studying pearlitic steels using a scanning electron microscope it can be observed that pearlite i...
By studying pearlitic steels using a scanning electron microscope it can be observed that pearlite i...
A micromechanically based plasticity model for modeling of anisotropy in pearlitic steel is investig...
In this contribution, different types of homogenization methods of a micromechanically based plastic...
In this contribution, different types of homogenization methods of a micromechanically based plastic...
A phenomenological model for deformation induced evolution of anisotropy at large strains in pearlit...
A phenomenological model for deformation induced evolution of anisotropy at large strains in pearlit...
A macroscopic model for deformation induced anisotropy due to substructure evolution at large strain...
A macroscopic model for deformation induced anisotropy due to substructure evolution at large strain...
In a pearlitic structure, large deformations lead to a re-orientation and alignment of cementite lam...
In this paper different homogenization approaches are adopted for two micromechanical based models o...
In this paper different homogenization approaches are adopted for two micromechanical based models o...
Large shearing and/or stretching of pearlitic steel leads to a re-orientation and alignment of cemen...
Large shearing and/or stretching of pearlitic steel leads to a re-orientation and alignment of cemen...
In this paper, results from microcompression tests on pearlitic steel pillars are used to determine ...
By studying pearlitic steels using a scanning electron microscope it can be observed that pearlite i...
By studying pearlitic steels using a scanning electron microscope it can be observed that pearlite i...