En este trabajo se analiza el comportamiento sismo resistente de las construcciones de hormigón armado. La fiabilidad del diseño sismo resistente se evalúa mediante el concepto de la superficie de respuesta que se utiliza ...

[ANGLÈS] This research project is about the reinforcement of pillars using what can be considered as an old technique, the reinforced concrete jacket; with the aim of proposing a new methodology of calculation and criteria ...

This paper presents a nondestructive corrosion damage detection method for reinforced concrete structures based on the analysis of the electromagnetic signature of the steel rebar corrosion. The signature of the corrosion ...

La mayoría de las estructuras de hormigón armado se someten a solicitaciones combinadas de esfuerzos axiles, flexión, cortante y torsión. La fisuración del hormigón, plastificación de las armaduras y otros efectos no-lineales ...

A punching shear strength mechanical model for RC flat slabs with and without shear reinforcement, based on a beam shear model previously developed by the authors, is presented. The differences in resisting actions between ...

Actualmente, el cálculo de las deformaciones se ha convertido en uno de los aspectos claves en el diseño de piezas de hormigón armado, principalmente a causa de la reducción en el espesor de losas y el aumento de las ...

The thesis starts from the need to identify methods, materials and techniques that can contribute to the stregthening of the reinforced concrete structures. Fiber reinforced polymer (FRP) application is a very effective ...

For twenty years, the study of building materials including concrete adopted more scientific approaches. It seeks to identify the phenomena, physicochemical underlying the behavior of concrete. Indeed; the field of ...

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 modelling the cyclic behaviour of concrete structures ...