This paper provides a criterion for the proportioning of a steel frame for the retrofit of an unreinforced masonry building. A standard model to parametrize the values of the seismic forces absorbed by the masonry structure and steel frame is defined. The main aspect of the paper concerns the proportioning of the stiffness of the steel frame and the size of the anchor under shear force that the masonry panel provides for the steel frame. The interactions between the masonry building and the steel frame are analyzed by means of a commercial finite element code
Most of existing steel multi-storey frames in Europe have been designed before the introduction of m...
Seismic performance of a three-storey unreinforced masonry building which survived the 1992 Erzincan...
Performance-based earthquake engineering became popular in the last decades for both assessment and ...
This paper provides a criterion for the proportioning of a steel frame for the retrofit of an unrein...
Masonry buildings constitute a significant portion of the architectural heritage all over the world,...
This paper adopts the use of steel frames around existing openings as a low-impact seismic retrofitt...
A study by computer analysis was conducted to establish the minimum percentage of steel required in ...
This study proposes a hybrid modeling approach for the seismic performance assessment of unreinforce...
The purpose of this work was to assess the efficiency of retrofitting masonry structures using steel...
Historic buildings and monuments are an important part of our cultural heritage that must be protect...
[EN] The preservation of masonry constructions poses some fundamental issues as regards the protecti...
The use of integrative steel structures for seismic up-grading of both RC and masonry buildings is f...
In many seismically active regions of the world there are large numbers of masonry buildings. Most o...
The masonry still one of the widespread construction system for low-rise residential buildings even ...
This study is concerned with the seismic strengthening of URM walls in which the in-plane lateral re...
Most of existing steel multi-storey frames in Europe have been designed before the introduction of m...
Seismic performance of a three-storey unreinforced masonry building which survived the 1992 Erzincan...
Performance-based earthquake engineering became popular in the last decades for both assessment and ...
This paper provides a criterion for the proportioning of a steel frame for the retrofit of an unrein...
Masonry buildings constitute a significant portion of the architectural heritage all over the world,...
This paper adopts the use of steel frames around existing openings as a low-impact seismic retrofitt...
A study by computer analysis was conducted to establish the minimum percentage of steel required in ...
This study proposes a hybrid modeling approach for the seismic performance assessment of unreinforce...
The purpose of this work was to assess the efficiency of retrofitting masonry structures using steel...
Historic buildings and monuments are an important part of our cultural heritage that must be protect...
[EN] The preservation of masonry constructions poses some fundamental issues as regards the protecti...
The use of integrative steel structures for seismic up-grading of both RC and masonry buildings is f...
In many seismically active regions of the world there are large numbers of masonry buildings. Most o...
The masonry still one of the widespread construction system for low-rise residential buildings even ...
This study is concerned with the seismic strengthening of URM walls in which the in-plane lateral re...
Most of existing steel multi-storey frames in Europe have been designed before the introduction of m...
Seismic performance of a three-storey unreinforced masonry building which survived the 1992 Erzincan...
Performance-based earthquake engineering became popular in the last decades for both assessment and ...