International audienceThis paper shows 2D simulations of crack propagation in mode I and mixed mode (I and II) in a cementitious material at the material scale (known as local scale). There are two types of three-point bending tests modeled: eccentric loading on pre-notched cement paste samples and centered loading on three configurations of composite samples (cement paste linked to siliceous aggregate). These simulations, which were based on Cohesive Zone Models, were effective in forecasting fracture propagation and damage progression at the local scale
Concrete is a composite construction material, which is composed primarily of coarse aggregates, san...
A cohesive formulation of fracture is taken as a basis for the simulation of processes of combined t...
International audiencePhase-field modeling is an elegant approach to simulate complicated fracture p...
International audienceThis paper shows 2D simulations of crack propagation in mode I and mixed mode ...
International audienceThis paper shows 2D simulations of crack propagation in mode I and mixed mode ...
International audienceThis paper shows 2D simulations of crack propagation in mode I and mixed mode ...
International audienceThis paper shows 2D simulations of crack propagation in mode I and mixed mode ...
Fracture of cementitious composites is analyzed numerically using the cohesive surface methodology. ...
Concrete is a composite construction material, which is composed primarily of coarse aggregates, san...
ABSTRACT: Numerical modeling of fracture processes of brittle materials, such as cement paste, morta...
ABSTRACT. Concrete is a composite construction material, which is composed primarily of coarse aggre...
Cementitious materials are heterogeneous on mutliple length scales, from nanometres to metres. Conse...
This paper presents a validation process of the developed multi-scale modelling scheme on mortar com...
Tailoring lattice structures is a commonly used method to develop lattice materials with desired mec...
Multiscale modeling for cement-based materials, such as concrete, is a relatively young subject, but...
Concrete is a composite construction material, which is composed primarily of coarse aggregates, san...
A cohesive formulation of fracture is taken as a basis for the simulation of processes of combined t...
International audiencePhase-field modeling is an elegant approach to simulate complicated fracture p...
International audienceThis paper shows 2D simulations of crack propagation in mode I and mixed mode ...
International audienceThis paper shows 2D simulations of crack propagation in mode I and mixed mode ...
International audienceThis paper shows 2D simulations of crack propagation in mode I and mixed mode ...
International audienceThis paper shows 2D simulations of crack propagation in mode I and mixed mode ...
Fracture of cementitious composites is analyzed numerically using the cohesive surface methodology. ...
Concrete is a composite construction material, which is composed primarily of coarse aggregates, san...
ABSTRACT: Numerical modeling of fracture processes of brittle materials, such as cement paste, morta...
ABSTRACT. Concrete is a composite construction material, which is composed primarily of coarse aggre...
Cementitious materials are heterogeneous on mutliple length scales, from nanometres to metres. Conse...
This paper presents a validation process of the developed multi-scale modelling scheme on mortar com...
Tailoring lattice structures is a commonly used method to develop lattice materials with desired mec...
Multiscale modeling for cement-based materials, such as concrete, is a relatively young subject, but...
Concrete is a composite construction material, which is composed primarily of coarse aggregates, san...
A cohesive formulation of fracture is taken as a basis for the simulation of processes of combined t...
International audiencePhase-field modeling is an elegant approach to simulate complicated fracture p...