… May 2009 was laid on numerical models for describing crack propagation in concrete and
their applications to numerical simulations of concrete and reinforced concrete structures. The …

… concrete under monotonic and cyclic loading. We consider that inelasticity is due to micro-crack …
-cracks are closed. We make the hypothesis that the displacement field, due to micro-…

… element method to concrete structures included crack modeling [1–3]. Such modeling, then
… of inclusion of a crack in the finite element mesh, and the criterion for crack instability and …

… of crack band is appropriate when modeling concrete-… numerical models presented in this
study evaluate the effect of incorporating different fracture properties at the concrete and crack …

… concerning the modeling of various forms of concrete components (eg, the modeling of their
… This paper is not intended as a tutorial in the modeling of concrete or reinforced concrete …

… in members made of concrete is to carry tensile stress, to limit crack widths and to protect …
For the numerical balance in the finite element in the state of concrete cracking or crushing, …

… Numerical modeling was limited to preliminary … numerical models discussed in the subsequent
part of this paper require the definition of mechanical parameters for oxide and concrete. …

… empirical, analytical and numerical models to predict the time to cracking due to corrosion
of reinforcing bars in reinforced concrete structures. The empirical models are generally based …

… on formulating a numerical modeling that is able to describe the complete process of
crack network evolution for concrete materials. The micro-to-macro crack evolution includes …

… The tensile behavior of concrete is described with a fictitious/smeared crack model. In this
approach, the stress is formulated in terms of relative displacements instead of strains. It is well …