In this paper, a new reinforcement method suitable for stone masonry houses built with mud mortar is presented. The effectiveness of such reinforcement system has been observed by bending strength test of rubble wall specimens prepared in the laboratory. Flexural strength test results with this intervention have shown that the wall can have large deformation without significant loss of strength. Such property is highly desired in buildings for resisting seismic loads. With due consideration to applicability and affordability of potential users, this technique seems as one of the best options for improving the seismic performance of the type of buildings under consideration
Innovative materials and technologies have been developed to limit the effects of earthquakes on str...
Today, the scientific community has recognised that the structural safety aspects of existing masonr...
The shear behaviour of masonry walls subjected to in-plane lateral forces is strongly dependent on t...
In this paper, a new reinforcement method suitable for stone masonry houses built with mud mortar is...
The seismic performance of stone masonry buildings is known to be generally poor with respect to oth...
A comparison between the in-plane performances of an unreinforced and a reinforced masonry building ...
Low-cyclic loading tests were carried on brick walls bonded with mud reinforced by three methods: pa...
An innovative solution for the seismic protection of existing masonry structures is proposed and inv...
Old masonry buildings, which are frequently part of the cities-built heritage, are vulnerable to sei...
Many masonry buildings in Europe were built after the Second World War during a booming economy when...
The reduction of seismic vulnerability of existing masonry buildings through the application on the ...
The study investigates on the behavior of a strengthening technique for unreinforced masonry based o...
The seismic events recently occurred all over the world and, in particular, in Europe have shown the...
In the framework of the DISWall project, funded by the European Commission, innovative construction ...
Earth mortar stone masonry construction in seismically active zones present a risk to life. This pap...
Innovative materials and technologies have been developed to limit the effects of earthquakes on str...
Today, the scientific community has recognised that the structural safety aspects of existing masonr...
The shear behaviour of masonry walls subjected to in-plane lateral forces is strongly dependent on t...
In this paper, a new reinforcement method suitable for stone masonry houses built with mud mortar is...
The seismic performance of stone masonry buildings is known to be generally poor with respect to oth...
A comparison between the in-plane performances of an unreinforced and a reinforced masonry building ...
Low-cyclic loading tests were carried on brick walls bonded with mud reinforced by three methods: pa...
An innovative solution for the seismic protection of existing masonry structures is proposed and inv...
Old masonry buildings, which are frequently part of the cities-built heritage, are vulnerable to sei...
Many masonry buildings in Europe were built after the Second World War during a booming economy when...
The reduction of seismic vulnerability of existing masonry buildings through the application on the ...
The study investigates on the behavior of a strengthening technique for unreinforced masonry based o...
The seismic events recently occurred all over the world and, in particular, in Europe have shown the...
In the framework of the DISWall project, funded by the European Commission, innovative construction ...
Earth mortar stone masonry construction in seismically active zones present a risk to life. This pap...
Innovative materials and technologies have been developed to limit the effects of earthquakes on str...
Today, the scientific community has recognised that the structural safety aspects of existing masonr...
The shear behaviour of masonry walls subjected to in-plane lateral forces is strongly dependent on t...