Topics
compressive strengthArchitectural structure
A detailed experimental campaign is presented dealing with masonry walls subjected to shear. The masonry walls are modeled using detailed micro-modeling techniques. Good agreement is found between the experimental and the numerical results. The importance of the compressive strength of masonry is highlighted.Peer Reviewe
This work extends the validation of a detailed micro-modeling approach for simulating the in-plane s...
This work extends the validation of a detailed micro-modeling approach for simulating the in-plane s...
The performance of shear-compression stone masonry walls with regard to their interaction with plast...
A detailed experimental campaign is presented dealing with masonry walls subjected to shear. The ma...
A series of experimental tests involving in-plane shear loading of masonry walls is numerically simu...
The compressive and shear behavior of masonry is here studied both experimentally and numerically. A...
The compressive and shear behavior of masonry is here studied both experimentally and numerically. A...
The compressive and shear behavior of masonry is here studied both experimentally and numerically. A...
The compressive and shear behavior of masonry is here studied both experimentally and numerically. A...
In the framework of a recent EU funded research project, innovative construction systems for clay un...
In the framework of a recent EU funded research project, innovative construction systems for clay un...
The prime aim of this research project is to evaluate the performance of confined masonry walls unde...
This work extends the validation of a detailed micro-modeling approach for simulating the in-plane s...
This work extends the validation of a detailed micro-modeling approach for simulating the in-plane s...
This work extends the validation of a detailed micro-modeling approach for simulating the in-plane s...
This work extends the validation of a detailed micro-modeling approach for simulating the in-plane s...
This work extends the validation of a detailed micro-modeling approach for simulating the in-plane s...
The performance of shear-compression stone masonry walls with regard to their interaction with plast...
A detailed experimental campaign is presented dealing with masonry walls subjected to shear. The ma...
A series of experimental tests involving in-plane shear loading of masonry walls is numerically simu...
The compressive and shear behavior of masonry is here studied both experimentally and numerically. A...
The compressive and shear behavior of masonry is here studied both experimentally and numerically. A...
The compressive and shear behavior of masonry is here studied both experimentally and numerically. A...
The compressive and shear behavior of masonry is here studied both experimentally and numerically. A...
In the framework of a recent EU funded research project, innovative construction systems for clay un...
In the framework of a recent EU funded research project, innovative construction systems for clay un...
The prime aim of this research project is to evaluate the performance of confined masonry walls unde...
This work extends the validation of a detailed micro-modeling approach for simulating the in-plane s...
This work extends the validation of a detailed micro-modeling approach for simulating the in-plane s...
This work extends the validation of a detailed micro-modeling approach for simulating the in-plane s...
This work extends the validation of a detailed micro-modeling approach for simulating the in-plane s...
This work extends the validation of a detailed micro-modeling approach for simulating the in-plane s...
The performance of shear-compression stone masonry walls with regard to their interaction with plast...
Add to ORKG