One of the most common and serious damages due to an earthquake in precast buildings is the failure of the beam-to-column connection. This work investigates the shear behavior of RC beam-to-column dowel connections. A FEM model of the connection, detailed at the material level, is provided; it is validated by experimental evidences. Several parametric analyses are performed in order to investigate the influence of different variables on the connection behavior and the reliability of some literature formulae for the prediction of the dowel connection strength
The transfer of shear in a beam-column joint by dowel action alone was experimentally and analytical...
Recent European earthquakes demonstrated that the seismic response ofRCprecast structures can be si...
The purpose of this study was to verify the analytical results of a non-linear finite-element model...
One of the most common and serious damages due to an earthquake in precast buildings is the failure ...
This paper aims at developing the knowledge on the seismic behavior of dowel beam-to-column connecti...
The high vulnerability of precast structures during seismic events is mainly related to the poor per...
As widely known, connections performance under seismic loads can significantly affect the structural...
Typical European precast buildings consist of vertical columns joined by pinned horizontal beams. Th...
Past earthquakes brought attention to the poor performance of precast reinforced concrete structures...
Structural connection systems are a major challenge for precast construction systems. A dowel system...
The critical point which defines behavior of precast buildings under cyclic loading is connections. ...
In precast technology, the effective design and construction is related to the behaviour of the conn...
The inadequacy of beam -to-column connections in RC precast structures can cause catastrophic colla...
Recent earthquakes exposed the poor performance of precast RC structures, imposing damage on both st...
The present study is part of an experimental research project whose objective is to quantify the cha...
The transfer of shear in a beam-column joint by dowel action alone was experimentally and analytical...
Recent European earthquakes demonstrated that the seismic response ofRCprecast structures can be si...
The purpose of this study was to verify the analytical results of a non-linear finite-element model...
One of the most common and serious damages due to an earthquake in precast buildings is the failure ...
This paper aims at developing the knowledge on the seismic behavior of dowel beam-to-column connecti...
The high vulnerability of precast structures during seismic events is mainly related to the poor per...
As widely known, connections performance under seismic loads can significantly affect the structural...
Typical European precast buildings consist of vertical columns joined by pinned horizontal beams. Th...
Past earthquakes brought attention to the poor performance of precast reinforced concrete structures...
Structural connection systems are a major challenge for precast construction systems. A dowel system...
The critical point which defines behavior of precast buildings under cyclic loading is connections. ...
In precast technology, the effective design and construction is related to the behaviour of the conn...
The inadequacy of beam -to-column connections in RC precast structures can cause catastrophic colla...
Recent earthquakes exposed the poor performance of precast RC structures, imposing damage on both st...
The present study is part of an experimental research project whose objective is to quantify the cha...
The transfer of shear in a beam-column joint by dowel action alone was experimentally and analytical...
Recent European earthquakes demonstrated that the seismic response ofRCprecast structures can be si...
The purpose of this study was to verify the analytical results of a non-linear finite-element model...