Summarization: A method for the estimation of the limit load and the failure mode of fiber-reinforced polymer (FRP) reinforced stone arch bridges is hereby presented. Unilateral contact interfaces with friction simulating potential cracks are considered in the finite element model of the bridge. FRP strips are then applied to the intrados and/or the extrados of the arch. The possible failure modes of the reinforced structure are sliding of the masonry, crushing, debonding of the reinforcement and FRP rupture. Identical failure modes arise from the computer simulation and from experiments on reinforced arches published in the literature.Παρουσιάστηκε στο: Composites Part B: Engineerin
In this work, the rigid block method is used to estimate the collapse load of multi-span arch struct...
In this paper, the standard formulation for rigid block limit analysis is extended to simulate the e...
The paper deals with the modeling and the analysis of masonry arches reinforced with FRP materials. ...
nica ed f e 24 A method for the estimation of the limit load and the failure mode of fiber-reinforce...
Summarization: In this paper is studied the ultimate failure (limit) load of stone arch bridges. The...
t, iv d n In this paper is studied the ultimate failure (limit) load of stone arch bridges. The prop...
We illustrate the application to the case of masonry arches of an original approach to limit analysi...
In recent years fiber-reinforced polymers (FRP) have been widely used for strengthening masonry stru...
Summarization: The limit load of a stone arch bridge can be identified by the lack of solvability of...
Summarization: In the present work the ultimate failure load and the collapse mechanism of a stone a...
The application of FRP materials at the extrados or intrados of masonry arches sharply modifies the ...
In this work, a numerical procedure is proposed in order to evaluate the collapse load of multi-span...
This paper deals with masonry arches and vaults strengthened with surface fiber-reinforced polymer (...
In this work, the rigid block method is used to estimate the collapse load of multi-span arch struct...
In this paper, the standard formulation for rigid block limit analysis is extended to simulate the e...
The paper deals with the modeling and the analysis of masonry arches reinforced with FRP materials. ...
nica ed f e 24 A method for the estimation of the limit load and the failure mode of fiber-reinforce...
Summarization: In this paper is studied the ultimate failure (limit) load of stone arch bridges. The...
t, iv d n In this paper is studied the ultimate failure (limit) load of stone arch bridges. The prop...
We illustrate the application to the case of masonry arches of an original approach to limit analysi...
In recent years fiber-reinforced polymers (FRP) have been widely used for strengthening masonry stru...
Summarization: The limit load of a stone arch bridge can be identified by the lack of solvability of...
Summarization: In the present work the ultimate failure load and the collapse mechanism of a stone a...
The application of FRP materials at the extrados or intrados of masonry arches sharply modifies the ...
In this work, a numerical procedure is proposed in order to evaluate the collapse load of multi-span...
This paper deals with masonry arches and vaults strengthened with surface fiber-reinforced polymer (...
In this work, the rigid block method is used to estimate the collapse load of multi-span arch struct...
In this paper, the standard formulation for rigid block limit analysis is extended to simulate the e...
The paper deals with the modeling and the analysis of masonry arches reinforced with FRP materials. ...