This paper introduces a nondestructive technique based on ultrasound propagation characteristics to detect material instability occurred in geomaterials such as brittle rocks and concrete. A special testing technique was used to detect the occurrence of nonlinear characteristics of ultrasound propagation. An input-output non-parametric procedure based on wave propagation and a nonlinea
This paper describes a technique to evaluate the mechanical properties of a structure without involv...
A damaged material or a material with non perfect atomic geometry, dislocations or cracks, exhibits ...
The aim is to perform the theoretical and experimental investigation of the non-linear effects in th...
The non-linear behaviour of both virgin and damaged samples is experimentally investigated by means ...
The results of an experimental research on plain concrete are presented. The non-linear behavior of ...
International audienceThe objective of this research project was to establish the feasibility of usi...
Under harsh environment or during service, the mechanical properties of materials or structure will ...
In the context of a growing need for safety and reliability in Civil Engineering, acoustic methods o...
The study of dynamic behavior of non-perfect materials, such as rocks, is a rich topic for developin...
International audienceIn the context of a growing need for safety and reliability in Civil Engineeri...
This paper describes an innovative non contact technique whereby the mechanical properties of a mate...
This PhD work focuses on the early detection by ultrasonic non-destructive testing (NDT) of two conc...
Comparative studies of nondestructive evaluation methods have shown that nonlinear ultrasonic techni...
This research conducts in situ nonlinear ultrasonic (NLU) measurements for real time monitoring of l...
The development of non-destructive evaluation techniques is motivated by the strong demand for the u...
This paper describes a technique to evaluate the mechanical properties of a structure without involv...
A damaged material or a material with non perfect atomic geometry, dislocations or cracks, exhibits ...
The aim is to perform the theoretical and experimental investigation of the non-linear effects in th...
The non-linear behaviour of both virgin and damaged samples is experimentally investigated by means ...
The results of an experimental research on plain concrete are presented. The non-linear behavior of ...
International audienceThe objective of this research project was to establish the feasibility of usi...
Under harsh environment or during service, the mechanical properties of materials or structure will ...
In the context of a growing need for safety and reliability in Civil Engineering, acoustic methods o...
The study of dynamic behavior of non-perfect materials, such as rocks, is a rich topic for developin...
International audienceIn the context of a growing need for safety and reliability in Civil Engineeri...
This paper describes an innovative non contact technique whereby the mechanical properties of a mate...
This PhD work focuses on the early detection by ultrasonic non-destructive testing (NDT) of two conc...
Comparative studies of nondestructive evaluation methods have shown that nonlinear ultrasonic techni...
This research conducts in situ nonlinear ultrasonic (NLU) measurements for real time monitoring of l...
The development of non-destructive evaluation techniques is motivated by the strong demand for the u...
This paper describes a technique to evaluate the mechanical properties of a structure without involv...
A damaged material or a material with non perfect atomic geometry, dislocations or cracks, exhibits ...
The aim is to perform the theoretical and experimental investigation of the non-linear effects in th...