Caio Gorla Nogueira

• Abstract

  Concrete is the most used material in construction around the world. The characteristics of this material provide great advantages compared to other materials due to its great capacity to assume different architectural forms, good resistance to water action, and low relative cost. Structural designs have several requirements to consider the structure is safe. Among the requirements to gua…

  Numerical modeling of reinforced concrete beams considering the effect of metallic fibers on ductility in the ULS: coupled approach via one-dimensional MEF and Mazars damage model, BP.IC

• Abstract

  Reinforced concrete structures are widely used systems in the world today due to their low relative cost, good structural strength, good fit to imposed shapes and good durability in environments of low environmental aggressiveness. However, as the aggressiveness increases, as in the case of large industrialized cities and/or coastal regions, the durability of these structures may be affec…

  On the corrosion in reinforced concrete beams: comparative study between different concrete diffusivity prediction models and its effects on the resistance degradation considering the reliability theory, BP.IC

• Abstract

  The search for new constructive systems in concrete, different from those arranged in columns, beams and slabs, known as conventional system, has been increasingly studied in the world. One of the most well-known alternative systems is the so-called flat slabs. Flat slabs are defined by ABNT NBR 6118 (2014) as slabs supported directly on the columns, without the use of capitals. Although …

  Reliability analysis of the punching shear prediction models in reinforced concrete slabs without beams according to ABNT NBR 6118 (2014), EUROCODE 2 (2010) and ACI 318M (2014), BP.IC

(Only some records are available in English at this moment)