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Historic buildings composed of timber vaults with planked arches are an important part of European and Latin-American heritage. However, the research on the structural assessment of timber planked arches has so far assumed the arches as continuous. In this article, the nailed joints of the arches are realistically modeled using springs of finite stiffness and the importance of their simulation to the whole structural response of the vaults is discussed. The approach is used to simulate the three-dimensional seismic behavior of the timber vault of the Cathedral of Ica, which was severely damaged by the 2007 Pisco earthquake. The numerical results and analytical models currently available in Eurocode 5 are used to explain the failure of the nailed joints of the arches of the cathedral in shear parallel to the grain and tension perpendicular to the grain. An assessment procedure of timber planked vaults by means of numerical modeling, from input parameters validation to diagnosis, is presented with a relevant and complex case study, which can be applied to other similar constructions. © Copyright © Taylor & Francis Group, LLC.

The archaeological complex, that was discovered in December 2003 in Piazza Nicola Amore during the excavation works for Line 1 of the underground railway system, was identified by archaeologists as a Greek age Gymnasium. It represents the final part of a long path that the ancient Greek athletes, the Lampadodromi, ran through in honour of Parthenope, the goddess symbol of Naples. Later, in the Roman age, emperor August allowed the winners of his Neapolitan Isolimpic Games, the Sebastà, to have their names engraved on its arcade marbles, where they can still be read.