When subjected to dynamic loading, materials can exhibit a mechanical behaviour quite different from its static counterpart. The evaluation of dynamic properties is thus very useful in the assessment of existing masonry structures. This paper presents results of an experimental campaign to determine both the dynamic Young’s modulus and the shear modulus of brick masonry constituents through two non-destructive testing methods. Following a discussion on the reliability of the methods, a robust procedure is described and tested on a variety of samples. The results show that the techniques can be successfully applied to provide reliable estimates of the dynamic elastic properties of brick masonry constituents.Peer Reviewe
The numerical analysis of the constitutive behaviour of masonry is based on the knowledge of several...
Investigation of the dynamic properties of construction materials is critical for structural enginee...
Investigation of the dynamic properties of construction materials is critical for structural engine...
When subjected to dynamic loading, materials can exhibit a mechanical behaviour quite different from...
Different brick masonry typologies have been and are still widely used in construction worldwide. De...
Masonry is a composite non-homogeneous structural material, whose mechanical properties depend on th...
Historic urban cores in southern Europe are characterized by a significant number of existing unrein...
It is commonly known that materials behave differently under static and dynamic loads. There is stil...
This master’s thesis deals with the determination of dynamic modulus of elasticity non-destructive m...
This study investigates and quantifies the static and dynamic mechanical properties of clay bricks. ...
The research is focused on influence of freeze-thaw cycles on elastic modulus of historic brick maso...
In this paper the results of an experimental investigation aimed to the assessment of Young moduli, ...
In this paper the results of an experimental investigation aimed to the assessment of Young moduli, ...
Masonry is a composite material composed of bricks and mortar disposed in a regular arrangement. It ...
The evaluation of the shear behavior of masonry walls is a first fundamental step for the assessment...
The numerical analysis of the constitutive behaviour of masonry is based on the knowledge of several...
Investigation of the dynamic properties of construction materials is critical for structural enginee...
Investigation of the dynamic properties of construction materials is critical for structural engine...
When subjected to dynamic loading, materials can exhibit a mechanical behaviour quite different from...
Different brick masonry typologies have been and are still widely used in construction worldwide. De...
Masonry is a composite non-homogeneous structural material, whose mechanical properties depend on th...
Historic urban cores in southern Europe are characterized by a significant number of existing unrein...
It is commonly known that materials behave differently under static and dynamic loads. There is stil...
This master’s thesis deals with the determination of dynamic modulus of elasticity non-destructive m...
This study investigates and quantifies the static and dynamic mechanical properties of clay bricks. ...
The research is focused on influence of freeze-thaw cycles on elastic modulus of historic brick maso...
In this paper the results of an experimental investigation aimed to the assessment of Young moduli, ...
In this paper the results of an experimental investigation aimed to the assessment of Young moduli, ...
Masonry is a composite material composed of bricks and mortar disposed in a regular arrangement. It ...
The evaluation of the shear behavior of masonry walls is a first fundamental step for the assessment...
The numerical analysis of the constitutive behaviour of masonry is based on the knowledge of several...
Investigation of the dynamic properties of construction materials is critical for structural enginee...
Investigation of the dynamic properties of construction materials is critical for structural engine...