This paper presents a measuring system and the automated measuring procedure for non-destructive diagnosis of stone masonry structures. The diagnosis is based on algorithms using the propagation times and the frequency centroid downshift of ultrasonic signals
In this paper, a condition assessment of masonry pillars is presented. Non-destructive tests were pe...
This paper presents the results of a novel approach to ultrasonic testing of masonry structures. Th...
A new non-destructive methodology based on the experimental application of integrated use of 3-D ter...
The use of non-destructive tests (NDT) in the investigation phase of existing constructions plays a ...
The target of this work is to define a new procedure for the non-destructive diagnosis of masonry st...
Acoustic methods seem to be very suitable for evaluating a building condition because they give inf...
The aim of this chapter is to show the potentiality of a novel approach to ultrasonic investigation ...
Ultrasonic velocity and/or attenuation measurement is a versatile tool for nondestructive characteri...
An experimental program has been started with the purpose of evaluating the reliability of acoustic ...
The ultrasonic pulse velocity (UPV) method can be conveniently used for non-destructive testing of ...
Background: The conservation of the built masonry heritage requires a comprehen...
The paper presents a new procedure to assess the compressive strength of regular masonry starting fr...
A new versatile and geometrically reconfigurable ultrasonic tomography system (UTS) has been designe...
This paper presents the results of a novel approach to ultrasonic testing of masonry structures. Th...
Abstract. Ultrasonic materials analysis is based on the principle that the propagation of any wave i...
In this paper, a condition assessment of masonry pillars is presented. Non-destructive tests were pe...
This paper presents the results of a novel approach to ultrasonic testing of masonry structures. Th...
A new non-destructive methodology based on the experimental application of integrated use of 3-D ter...
The use of non-destructive tests (NDT) in the investigation phase of existing constructions plays a ...
The target of this work is to define a new procedure for the non-destructive diagnosis of masonry st...
Acoustic methods seem to be very suitable for evaluating a building condition because they give inf...
The aim of this chapter is to show the potentiality of a novel approach to ultrasonic investigation ...
Ultrasonic velocity and/or attenuation measurement is a versatile tool for nondestructive characteri...
An experimental program has been started with the purpose of evaluating the reliability of acoustic ...
The ultrasonic pulse velocity (UPV) method can be conveniently used for non-destructive testing of ...
Background: The conservation of the built masonry heritage requires a comprehen...
The paper presents a new procedure to assess the compressive strength of regular masonry starting fr...
A new versatile and geometrically reconfigurable ultrasonic tomography system (UTS) has been designe...
This paper presents the results of a novel approach to ultrasonic testing of masonry structures. Th...
Abstract. Ultrasonic materials analysis is based on the principle that the propagation of any wave i...
In this paper, a condition assessment of masonry pillars is presented. Non-destructive tests were pe...
This paper presents the results of a novel approach to ultrasonic testing of masonry structures. Th...
A new non-destructive methodology based on the experimental application of integrated use of 3-D ter...
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