The paper deals with the analysis of a light-weight gravity concrete dam in Italy. Its mechanical properties are defined by means of experimental tests on the dam and the bedrock. A 3D finite element model was implemented in Strand 7 r.3.4 and the procedure described by the Italian code for dams was performed. Verification in terms of stresses, in non-linear range were made, to assess the structural safety and vulnerability to piping effects
The seismic risk assessment of existing concrete gravity dams is of primary importance for our socie...
The paper presents the assessment of the seismic performance of Menta dam, a 90m-tall rockfill emban...
Dams are critical infrastructures whose failure would entail serious consequences for community safe...
The paper deals with the analysis of a light-weight gravity concrete dam in Italy. Its mechanical pr...
The paper deals with the analysis of a gravity masonry dam in Italy. Its mechanical properties are d...
The paper describes the numerical analyses carried out on the 65-m high Licodia Eubea concrete gravi...
The recently updated Italian standard adds, to the conventional safety assessment, the evaluation of...
The recently updated Italian standard adds, to the conventional safety assessment, the evaluation of...
A new version of the Italian design code for dams has been recently introduced, thus replacing after...
Modelling aspects on the evaluation of seismic safety assessment of concrete dams assume great impor...
This paper reports a brief study on linear seismic analysis of Sg. Kinta Concrete Dam. The analysis ...
In this paper a general methodology for the analysis of large concrete dams subjected to seismic exc...
A simplified procedure to estimate possible base sliding of concrete gravity dams induced by an eart...
Most of dams around the world were built before the introduction of seismic regulations, or in those...
The seismic risk assessment of existing concrete gravity dams is of primary importance for our socie...
The paper presents the assessment of the seismic performance of Menta dam, a 90m-tall rockfill emban...
Dams are critical infrastructures whose failure would entail serious consequences for community safe...
The paper deals with the analysis of a light-weight gravity concrete dam in Italy. Its mechanical pr...
The paper deals with the analysis of a gravity masonry dam in Italy. Its mechanical properties are d...
The paper describes the numerical analyses carried out on the 65-m high Licodia Eubea concrete gravi...
The recently updated Italian standard adds, to the conventional safety assessment, the evaluation of...
The recently updated Italian standard adds, to the conventional safety assessment, the evaluation of...
A new version of the Italian design code for dams has been recently introduced, thus replacing after...
Modelling aspects on the evaluation of seismic safety assessment of concrete dams assume great impor...
This paper reports a brief study on linear seismic analysis of Sg. Kinta Concrete Dam. The analysis ...
In this paper a general methodology for the analysis of large concrete dams subjected to seismic exc...
A simplified procedure to estimate possible base sliding of concrete gravity dams induced by an eart...
Most of dams around the world were built before the introduction of seismic regulations, or in those...
The seismic risk assessment of existing concrete gravity dams is of primary importance for our socie...
The paper presents the assessment of the seismic performance of Menta dam, a 90m-tall rockfill emban...
Dams are critical infrastructures whose failure would entail serious consequences for community safe...