Add to ORKGA new continuum damage model, the wing crack damage (WCD) model, was developed for the analysis of brittle failure of transversely isotropic solids. Special attention was paid to the analysis of axial splitting under compression and tensile cracking under tension. In addition to the WCD model a three-dimensional version of the damage model proposed by Murakami and Kamiya was enhanced and implemented in ABAQUS/Standard FE software. The proposed WCD model is based on the use of the damage vector. The vector represents both the normal direction of the surface of the plane crack and the size of the damaged area. Damaging induces anisotropy in an originally transversely isotropic material. The evolution equations for damage are motivated by th...
International audienceSignificant progresses have been realized during the last decades on both macr...
The performance aspects of large scale civil engineering structures like containment facilities such...
International audienceContinuum damage mechanics (CDM) for metals is often written in terms of an is...
A new continuum damage model, the wing crack damage (WCD) model, was developed for the analysis of b...
A new continuum damage model, the wing crack damage (WCD) model, was developed for the analysis of b...
This Note investigates the isotropic version of a general macroscopic model for brittle damage accou...
The fracture and failure of quasi-brittle materials such as concrete and rock is a complicated proce...
Quasi-brittle materials like concrete are widely used in the construction industry. The failure of t...
The compressive failure mode of ice and other brittle-like materials under uniaxial compression is a...
Failure of brittle materials containing embedded three dimensional pre-cracks and subjected to uniax...
Micro-mechanical modeling of brittle dynamic failure provides a physical insight into the relationsh...
International audienceWithin the framework of damage mechanic, numerous anisotropic damage models ha...
We propose a new model of brittle damage for initially orthotropic materials. The proposed strain en...
The fracture and failure of quasi-brittle materials such as concrete and rock is a complicated proce...
International audienceSignificant progresses have been realized during the last decades on both macr...
The performance aspects of large scale civil engineering structures like containment facilities such...
International audienceContinuum damage mechanics (CDM) for metals is often written in terms of an is...
A new continuum damage model, the wing crack damage (WCD) model, was developed for the analysis of b...
A new continuum damage model, the wing crack damage (WCD) model, was developed for the analysis of b...
This Note investigates the isotropic version of a general macroscopic model for brittle damage accou...
The fracture and failure of quasi-brittle materials such as concrete and rock is a complicated proce...
Quasi-brittle materials like concrete are widely used in the construction industry. The failure of t...
The compressive failure mode of ice and other brittle-like materials under uniaxial compression is a...
Failure of brittle materials containing embedded three dimensional pre-cracks and subjected to uniax...
Micro-mechanical modeling of brittle dynamic failure provides a physical insight into the relationsh...
International audienceWithin the framework of damage mechanic, numerous anisotropic damage models ha...
We propose a new model of brittle damage for initially orthotropic materials. The proposed strain en...
The fracture and failure of quasi-brittle materials such as concrete and rock is a complicated proce...
International audienceSignificant progresses have been realized during the last decades on both macr...
The performance aspects of large scale civil engineering structures like containment facilities such...
International audienceContinuum damage mechanics (CDM) for metals is often written in terms of an is...