In this paper, the results of the experimental tests, carried out at the Laboratory on Materials and Structures of the University of Roma Tre to characterize masonry panels behavior are shown and discussed. 36 single and 12 double panels have been considered: 12 single panels are made of 80 × 160 × 330 mm bricks with horizontal holes, 24 of 120 × 250 × 120 mm half-full bricks with vertical holes and two different mortars and 12 double panels coupling the two previous types of simple panels. The panels have been built with a level of accuracy similar to the one adopted in buildings therefore they are well done but not lacking some defects that unavoidably would be found in real constructive practice. Compression tests in horizontal, vertical and diagonal directions were performed to evaluate their “constitutive relationships” in term of force-displacement diagrams and in particular their strength and elastic modulus. Experimental tests also included the characterization of the bricks and of the mortar used to realize the panels.

BERGAMI A, XU L, & NUTI C (2015). Evaluation of seismic response of irregular structures by nonlinear static procedures. JOURNAL OF CIVIL ENGINEERING AND ARCHITECTURE RESEARCH, 2(8), 842-861.

Evaluation of seismic response of irregular structures by nonlinear static procedures

BERGAMI, ALESSANDRO VITTORIO;NUTI, CAMILLO
2015

Abstract

In this paper, the results of the experimental tests, carried out at the Laboratory on Materials and Structures of the University of Roma Tre to characterize masonry panels behavior are shown and discussed. 36 single and 12 double panels have been considered: 12 single panels are made of 80 × 160 × 330 mm bricks with horizontal holes, 24 of 120 × 250 × 120 mm half-full bricks with vertical holes and two different mortars and 12 double panels coupling the two previous types of simple panels. The panels have been built with a level of accuracy similar to the one adopted in buildings therefore they are well done but not lacking some defects that unavoidably would be found in real constructive practice. Compression tests in horizontal, vertical and diagonal directions were performed to evaluate their “constitutive relationships” in term of force-displacement diagrams and in particular their strength and elastic modulus. Experimental tests also included the characterization of the bricks and of the mortar used to realize the panels.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11590/137133
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