In the framework of the DISWall research project, funded by the European Commission, a new reinforced masonry system, made with horizontally perforated unit where the horizontal reinforcement is laid and vertically perforated units for the confining columns with vertical reinforcement, was purposely developed for typical low-rise residential buildings, to withstand in-plane actions. Squat and slender specimens, made with this construction technique, were tested under in-plane cyclic shear compression loads, in order to analyze the shear and flexural behaviour of the proposed reinforced masonry walls. According to the experimental results, a numerical research to evaluate reduction of elastic response of masonry walls due to their hysteretic...
Paper Number 68This paper presents the results to date of an experimental testing programme of unrei...
This paper investigatesthebehaviorofspandrelsinperforated walls ofexistingunreinforcedmasonry buildi...
In the framework of a recent EU funded research project, innovative construction systems for clay un...
In the framework of the DISWall research project, funded by the European Commission, a new reinforce...
In the framework of a recent EU funded research project, innovative construction systems for clay un...
In the framework of a recent EU funded research project, innovative construction systems for clay un...
An extensive experimental research aimed at defining the mechanical behaviour of hollow clay unit lo...
This paper describes the behaviour under cyclic shear compression of an innovative reinforced masonr...
New technologies for the construction of reinforced and unreinforced masonry buildings, based on the...
In the framework of the DISWall project, funded by the European Commission, innovative construction ...
This paper presents an experimental study focused on the mechanical performance of retrofitted bric...
In the framework of the DISWall project, funded by the European Commission, innovative construction ...
In the framework of the DISWall project, funded by the European Commission, innovative construction ...
This paper presents the results to date of an experimental testing programme of unreinforced masonry...
This paper presents the design of a proposed experimental testing program of perforated unreinforced...
Paper Number 68This paper presents the results to date of an experimental testing programme of unrei...
This paper investigatesthebehaviorofspandrelsinperforated walls ofexistingunreinforcedmasonry buildi...
In the framework of a recent EU funded research project, innovative construction systems for clay un...
In the framework of the DISWall research project, funded by the European Commission, a new reinforce...
In the framework of a recent EU funded research project, innovative construction systems for clay un...
In the framework of a recent EU funded research project, innovative construction systems for clay un...
An extensive experimental research aimed at defining the mechanical behaviour of hollow clay unit lo...
This paper describes the behaviour under cyclic shear compression of an innovative reinforced masonr...
New technologies for the construction of reinforced and unreinforced masonry buildings, based on the...
In the framework of the DISWall project, funded by the European Commission, innovative construction ...
This paper presents an experimental study focused on the mechanical performance of retrofitted bric...
In the framework of the DISWall project, funded by the European Commission, innovative construction ...
In the framework of the DISWall project, funded by the European Commission, innovative construction ...
This paper presents the results to date of an experimental testing programme of unreinforced masonry...
This paper presents the design of a proposed experimental testing program of perforated unreinforced...
Paper Number 68This paper presents the results to date of an experimental testing programme of unrei...
This paper investigatesthebehaviorofspandrelsinperforated walls ofexistingunreinforcedmasonry buildi...
In the framework of a recent EU funded research project, innovative construction systems for clay un...