Numerous archaeological discoveries made all over the Mediterranean area have highlighted the use of a particular building technique based on fictile tubules bricks. This building technique was commonly used for the building of walls and domes in thermal baths and masonry kilns since the Roman Empire. This paper investigates the behavior of structures employing such technology via experimental tests and numerical analysis. In order to obtain the value of force that induced in the structure the develop of the first cracks, a masonry scale arch was built and tested in the laboratory of University of Calabria. After that, numerical and analytical models were performed to verify and validate the experimental results obtained. The numerical models were created using the software COMSOL.
Experimental and numerical analysis on masonry arch built with fictile tubules bricks
Olivito R. S.;Scuro C.
;Codispoti R.
2019-01-01
Abstract
Numerous archaeological discoveries made all over the Mediterranean area have highlighted the use of a particular building technique based on fictile tubules bricks. This building technique was commonly used for the building of walls and domes in thermal baths and masonry kilns since the Roman Empire. This paper investigates the behavior of structures employing such technology via experimental tests and numerical analysis. In order to obtain the value of force that induced in the structure the develop of the first cracks, a masonry scale arch was built and tested in the laboratory of University of Calabria. After that, numerical and analytical models were performed to verify and validate the experimental results obtained. The numerical models were created using the software COMSOL.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
