Add to ORKGThis paper briefly describes the preliminary results of an experimentation aimed to test a new non-destructive methodology based on the integrated application of 3-D terrestrial laser scanning and acoustic techniques in the ultrasonic range (54 kHz) in evaluating the quality of stone materials. Our target is to evaluate the state of conservation of stone building materials by correlating ultrasonic longitudinal pulse velocity and frequency spectra with the reflectivity or reflectance of the reflected 3-D laser scanner beam pulse transmitted to the target of an investigated surface.PublishedChania - Crete - Greece1.8. Osservazioni di geofisica ambientalereserve
The acquisition of 3D data by means of different methodologies on architectural monumental structure...
When combined, the three-dimensional imaging of different physical properties of architectural monum...
In the following we present a new non-invasive methodology aimed at the diagnosis of stone building ...
This paper briefly describes the preliminary results of an experimentation aimed to test a new non-d...
This paper briefly describes the preliminary results of an experimentation aimed to test a new non-d...
Abstract This paper briefly describes the preliminary results of an experimentation aimed to test a ...
This paper briefly describes the preliminary results of an experiment that aimed to test a new nond...
A new non-destructive methodology based on the experimental application of integrated use of 3-D ter...
The Terrestrial Laser Scanner (TLS) is a modern contactless non-destructive technique (NDT) useful t...
The application of non-destructive acoustic techniques is fundamental for damage diagnosis of the ca...
This experimental work focuses on the application of non-destructive acoustic techniques to evaluate...
Several non-destructive (ND) techniques are presented as a tool for the evaluation of the conservati...
Some examples of application of ultrasonic methods were chosen in different test areas located in So...
This paper presents the application of non-destructive ultrasonic techniques in evaluating the conse...
Some examples of application of ultrasonic methods were chosen, as a methodological approach, in dif...
The acquisition of 3D data by means of different methodologies on architectural monumental structure...
When combined, the three-dimensional imaging of different physical properties of architectural monum...
In the following we present a new non-invasive methodology aimed at the diagnosis of stone building ...
This paper briefly describes the preliminary results of an experimentation aimed to test a new non-d...
This paper briefly describes the preliminary results of an experimentation aimed to test a new non-d...
Abstract This paper briefly describes the preliminary results of an experimentation aimed to test a ...
This paper briefly describes the preliminary results of an experiment that aimed to test a new nond...
A new non-destructive methodology based on the experimental application of integrated use of 3-D ter...
The Terrestrial Laser Scanner (TLS) is a modern contactless non-destructive technique (NDT) useful t...
The application of non-destructive acoustic techniques is fundamental for damage diagnosis of the ca...
This experimental work focuses on the application of non-destructive acoustic techniques to evaluate...
Several non-destructive (ND) techniques are presented as a tool for the evaluation of the conservati...
Some examples of application of ultrasonic methods were chosen in different test areas located in So...
This paper presents the application of non-destructive ultrasonic techniques in evaluating the conse...
Some examples of application of ultrasonic methods were chosen, as a methodological approach, in dif...
The acquisition of 3D data by means of different methodologies on architectural monumental structure...
When combined, the three-dimensional imaging of different physical properties of architectural monum...
In the following we present a new non-invasive methodology aimed at the diagnosis of stone building ...