In this work crazing in amorphous thermoplastics is investigated. Experiments on an ABS-material are used to characterize the deformation and fracture behavior. A homogenized material model for distributed crazing is developed. Simulation of macroscopic crack growth and the comparison with experiments are used to investigate the plastic zone at the crack tip and the fracture behavior
The fracture behavior of rubber-toughened polymers is governed by two dissipative microscopic deform...
Craze is a phenomenon that occurs when a pre-existing flaw is exerted in glassy polymer materials. I...
In this work, stationary crack tip fields in amorphous materials such as metallic glasses under mode...
In this work crazing in amorphous thermoplastics is investigated. Experiments on an ABS-material are...
Crazing in amorphous polymers under mode I loading conditions is simulated using the concept of embe...
Fracture in amorphous glassy polymers involves two mechanisms of localized deformations: shear yield...
A micromechanics based constitutive model is developed that focuses on the effect of distributed cra...
In this study, a Phase Field Micromechanical Model (PFMM) is used to model failure by crazing in an ...
Crazing is the predominant plastic deformation mechanism in thermoplastics preceeding brittle fractu...
Over the past decades, several constitutive models accounting for finite viscoplasticity and failure...
This paper reports on a finite element analysis of the crack-tip plastic zone and near-tip fields in...
The fracture of notched samples of a transparent ABS polymer has been studied. The role of crazing i...
Although it is recognized that failure of glassy polymers involves crazing and shear yielding, most ...
This paper reports on a finite element analysis of the crack-tip plastic zone and near-tip fields in...
Although it is recognized that failure of glassy polymers involves crazing and shear yielding, most ...
The fracture behavior of rubber-toughened polymers is governed by two dissipative microscopic deform...
Craze is a phenomenon that occurs when a pre-existing flaw is exerted in glassy polymer materials. I...
In this work, stationary crack tip fields in amorphous materials such as metallic glasses under mode...
In this work crazing in amorphous thermoplastics is investigated. Experiments on an ABS-material are...
Crazing in amorphous polymers under mode I loading conditions is simulated using the concept of embe...
Fracture in amorphous glassy polymers involves two mechanisms of localized deformations: shear yield...
A micromechanics based constitutive model is developed that focuses on the effect of distributed cra...
In this study, a Phase Field Micromechanical Model (PFMM) is used to model failure by crazing in an ...
Crazing is the predominant plastic deformation mechanism in thermoplastics preceeding brittle fractu...
Over the past decades, several constitutive models accounting for finite viscoplasticity and failure...
This paper reports on a finite element analysis of the crack-tip plastic zone and near-tip fields in...
The fracture of notched samples of a transparent ABS polymer has been studied. The role of crazing i...
Although it is recognized that failure of glassy polymers involves crazing and shear yielding, most ...
This paper reports on a finite element analysis of the crack-tip plastic zone and near-tip fields in...
Although it is recognized that failure of glassy polymers involves crazing and shear yielding, most ...
The fracture behavior of rubber-toughened polymers is governed by two dissipative microscopic deform...
Craze is a phenomenon that occurs when a pre-existing flaw is exerted in glassy polymer materials. I...
In this work, stationary crack tip fields in amorphous materials such as metallic glasses under mode...