Fiber reinforced concrete (FRC) has gained increasing interest in recent years due to its
superior mechanical properties compared to plain concrete. The failure of it is a process in …

A hysteretic stress–strain model is developed for unconfined concrete with the intention of
providing efficient modelling for the structural behaviour of concrete in seismic regions. The …

The re-centering phenomenon of superelastic Shape Memory Alloy (SMA) reinforced
concrete is a unique characteristic that is appealing for structural applications, along with the …

A constitutive model for concrete subjected to cyclic loadings in both compression and
tension is presented. The proposed model is intended to provide improvements on …

An accurate evaluation of the structural performance of reinforced concrete structural
systems under seismic loading requires a probabilistic approach due to uncertainties in …

The majority of existing cyclic stress–strain models for fiber reinforced polymer (FRP)
confined concrete are applicable only to cases where post-peak strain hardening occurs …

An extensive experimental database (341 cases in total) has been constructed for reinforced
concrete (RC) beam–column connections subjected to quasi-static cyclic lateral loading. All …

The finite-element method for simulating the nonlinear behavior of reinforced concrete
structures has progressed to the point where it is close to being a practical everyday tool for …

Based on the meso-mechanical analysis model of concrete material, a meso-scale
numerical approach is developed for the simulation of failure behavior and nonlinear …

A number of finite element modeling approaches for reinforced concrete (RC) structural
walls have recently become available for both research purposes and design applications …