In this work we present a signal processing method applied to totally non-contact laser generated and detected acoustic waves for the estimation of the main elastic properties (Poisson ratio and Young's modulus) of structural materials
Zero-group velocity (ZGV) Lamb modes are associated with sharp local acoustic resonances and allow, ...
This paper will examine the principles and prospects for optically generated and detected ultrasound...
Surface acoustic waves are elastic vibrations which propagate along the surface of the material. The...
In this work we present a signal processing method applied to totally non-contact laser generated an...
In this work we present a signal processing method applied to totally non-contact laser generated an...
Describes an optically-based measurement mechanism which realizes a totally noncontact assessment of...
This paper describes an all optical non-contact technique to determine material properties in a mech...
This paper describes an all optical non-contact technique to determine material properties in a mech...
This paper describes an innovative non contact technique whereby the mechanical properties of a mate...
This paper describes a technique to evaluate the mechanical properties of a structure without involv...
In this work we present a successful non-contact ultrasound laser generation and detection system fo...
In this paper we present a complete non-contact, all-optical inspection tool, for the extraction of ...
In this paper we review optical methods suitable to generate and to detect elastic waves in solids w...
The laser-acoustic technique is a promising method to determine Young's modulus of thin films. Wide-...
Laser ultrasonics in a point-source-point-receiver configuration is applied for the evaluation of el...
Zero-group velocity (ZGV) Lamb modes are associated with sharp local acoustic resonances and allow, ...
This paper will examine the principles and prospects for optically generated and detected ultrasound...
Surface acoustic waves are elastic vibrations which propagate along the surface of the material. The...
In this work we present a signal processing method applied to totally non-contact laser generated an...
In this work we present a signal processing method applied to totally non-contact laser generated an...
Describes an optically-based measurement mechanism which realizes a totally noncontact assessment of...
This paper describes an all optical non-contact technique to determine material properties in a mech...
This paper describes an all optical non-contact technique to determine material properties in a mech...
This paper describes an innovative non contact technique whereby the mechanical properties of a mate...
This paper describes a technique to evaluate the mechanical properties of a structure without involv...
In this work we present a successful non-contact ultrasound laser generation and detection system fo...
In this paper we present a complete non-contact, all-optical inspection tool, for the extraction of ...
In this paper we review optical methods suitable to generate and to detect elastic waves in solids w...
The laser-acoustic technique is a promising method to determine Young's modulus of thin films. Wide-...
Laser ultrasonics in a point-source-point-receiver configuration is applied for the evaluation of el...
Zero-group velocity (ZGV) Lamb modes are associated with sharp local acoustic resonances and allow, ...
This paper will examine the principles and prospects for optically generated and detected ultrasound...
Surface acoustic waves are elastic vibrations which propagate along the surface of the material. The...
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