The simplest structural analysis for assessing the seismic capacity of a masonry arch is limit analysis. In fact, assuming an equivalent static seismic load, this method can be used to determine the lateral acceleration leading to the collapse mechanism. In this work, applying an analytical procedure, extensive parametric analysis was carried out to describe the seismic capacity of masonry arch structures with irregular geometry. In particular, arches with different abutment heights and discontinuous thicknesses have been examined. The results have been compared against those obtained by finite element analysis and by small scale experimental tests, and a good correlation has been found
In this work, the seismic capacity of single and multi-span masonry arch bridges was assessed by lim...
In this work a comprehensive parametric study was carried out to assess the seismic capacity of maso...
Masonry arch bridges are crucial elements in the railway transportation network throughout Europe. A...
In this paper, a simplified procedure for assessing the seismic capacity of masonryarches is propos...
Masonry buttressed arches have been designed in the past for vertical actions deriving from gravity ...
This work deals with the seismic vulnerability evaluation of existing masonry arch bridges. A parame...
The effect of geometry on the seismic capacity of masonry buttressed arches with circular shape is a...
Masonry arches are typical structural elements of existing masonry constructions. Many existing maso...
Masonry arches are typical components of historic buildings throughout the world, and their damage o...
Masonry arches are typical components of historic buildings throughout the world, and their damage o...
Thousands of road and railway masonry arch bridges are still in service in the Italian and European ...
Masonry arches are vulnerable to seismic actions. Over the last few years, extensive research has be...
In this work, the seismic capacity of single and multi-span masonry arch bridges was assessed by lim...
In this work a comprehensive parametric study was carried out to assess the seismic capacity of maso...
Masonry arch bridges are crucial elements in the railway transportation network throughout Europe. A...
In this paper, a simplified procedure for assessing the seismic capacity of masonryarches is propos...
Masonry buttressed arches have been designed in the past for vertical actions deriving from gravity ...
This work deals with the seismic vulnerability evaluation of existing masonry arch bridges. A parame...
The effect of geometry on the seismic capacity of masonry buttressed arches with circular shape is a...
Masonry arches are typical structural elements of existing masonry constructions. Many existing maso...
Masonry arches are typical components of historic buildings throughout the world, and their damage o...
Masonry arches are typical components of historic buildings throughout the world, and their damage o...
Thousands of road and railway masonry arch bridges are still in service in the Italian and European ...
Masonry arches are vulnerable to seismic actions. Over the last few years, extensive research has be...
In this work, the seismic capacity of single and multi-span masonry arch bridges was assessed by lim...
In this work a comprehensive parametric study was carried out to assess the seismic capacity of maso...
Masonry arch bridges are crucial elements in the railway transportation network throughout Europe. A...