Micro-modeling techniques for the simulation of masonry are a valuable tool, when combined with nonlinear constitutive laws, for the investigation of the behavior of structural masonry. Through the simulation of the behavior of the materials locally up to and beyond failure, it is possible to evaluate the global behavior of the structure under a variety of loads. While the strength of the masonry joints and the unit-mortar interface in tension and shear can be fairly easily described in terms of frictional and tensile strength parameters, the compressive strength of the joints, and by extension the masonry composite, are more difficult to estimate a priori. For this reason, in the present paper a detailed micro-modeling approach in which un...
Two models for the micro- and macro-analysis of masonry structures are presented. For the micromodel...
The analysis of masonry assemblages under compression using detailed modelling strategies in which ...
The aim of this thesis is to present a framework for the application of micro-modeling techniques fo...
Masonry structures, usually being composed of a repeating geometric pattern, lend themselves well to...
Masonry structures, usually being composed of a repeating geometric pattern, lend themselves well to...
A set of experimental tests to determine the compressive strength of masonry stack prisms has been n...
Numerical and analytical micro-modeling of masonry structures requires knowledge of several elastici...
Numerical and analytical micro-modeling of masonry structures requires knowledge of several elastici...
Simulating the mechanical behaviour of masonry structures by using numerical analysis is still a com...
Over the last 50 years, a significant amount of effort has been taken to develop numerical approache...
Masonry under compression is affected by the properties of its constituents and their interfaces. In...
The analysis of masonry assemblages under compression using detailed modelling strategies in which ...
Several continuous and discontinuous micro-modelling approaches for masonry assemblages are current...
Two models for the micro- and macro-analysis of masonry structures are presented. For the micromodel...
The performance of shear-compression stone masonry walls with regard to their interaction with plast...
Two models for the micro- and macro-analysis of masonry structures are presented. For the micromodel...
The analysis of masonry assemblages under compression using detailed modelling strategies in which ...
The aim of this thesis is to present a framework for the application of micro-modeling techniques fo...
Masonry structures, usually being composed of a repeating geometric pattern, lend themselves well to...
Masonry structures, usually being composed of a repeating geometric pattern, lend themselves well to...
A set of experimental tests to determine the compressive strength of masonry stack prisms has been n...
Numerical and analytical micro-modeling of masonry structures requires knowledge of several elastici...
Numerical and analytical micro-modeling of masonry structures requires knowledge of several elastici...
Simulating the mechanical behaviour of masonry structures by using numerical analysis is still a com...
Over the last 50 years, a significant amount of effort has been taken to develop numerical approache...
Masonry under compression is affected by the properties of its constituents and their interfaces. In...
The analysis of masonry assemblages under compression using detailed modelling strategies in which ...
Several continuous and discontinuous micro-modelling approaches for masonry assemblages are current...
Two models for the micro- and macro-analysis of masonry structures are presented. For the micromodel...
The performance of shear-compression stone masonry walls with regard to their interaction with plast...
Two models for the micro- and macro-analysis of masonry structures are presented. For the micromodel...
The analysis of masonry assemblages under compression using detailed modelling strategies in which ...
The aim of this thesis is to present a framework for the application of micro-modeling techniques fo...