The paper at hand reports investigations regarding the characterization of an a electrically conducting solid state specimen with a new non-destructive measurement technique for the detection of subsurface defects. On the one hand it is necessary to characterize a specimen without defects in order to detect defects, on the other hand we show the validation of the analytical and numerical models that are used to simulate the application.Artykuł opisuje badania charakteryzujące elektrycznie przewodzącą próbkę w stanie stałym przy użyciu nowej nieniszczącej techniki pomiarowej w celu detekcji defektów podpowierzchniowyc
The detection of macroscopic defects in materials such as cracks is the main task in nondestructive ...
Scientific research on non-destructive testing is constantly looking for new solutions, about senso...
The paper deals with a measurement system based on a low-rest eddy current probe for nondestructive ...
W artykule przedstawiono możliwości diagnozowania wewnętrznych wad materiałowych w elementach stalow...
This work is focused on quantitative imaging of defects in conductive materials by means of eddy cur...
The present work deals with developing a high-sensitive electromagnetic probe for non-destructive te...
Lorentz force eddy current testing (LET) is a novel nondestructive testing technique which can be...
The article presents the results of tests aimed at detecting discontinuities in the subsurface layer...
The development of Eddy Current non-destructive techniques and instruments is moving towards new cha...
International audienceThis paper is concerned with the characterization methodologies of defects in ...
This work presents a method for nondestructive evaluation (NDE) of advanced materials that makes use...
The nondestructive detection and characterization of damage to materials poses a challenge to instru...
L'objectif de la thèse fut d'étudier plusieurs techniques d'analyse de défaillance (Microscopie magn...
International audienceThere are several methods for the evaluation of the electrical conductivity of...
In many industrial application fields as manufacturing, quality control, and so on, it is very impor...
The detection of macroscopic defects in materials such as cracks is the main task in nondestructive ...
Scientific research on non-destructive testing is constantly looking for new solutions, about senso...
The paper deals with a measurement system based on a low-rest eddy current probe for nondestructive ...
W artykule przedstawiono możliwości diagnozowania wewnętrznych wad materiałowych w elementach stalow...
This work is focused on quantitative imaging of defects in conductive materials by means of eddy cur...
The present work deals with developing a high-sensitive electromagnetic probe for non-destructive te...
Lorentz force eddy current testing (LET) is a novel nondestructive testing technique which can be...
The article presents the results of tests aimed at detecting discontinuities in the subsurface layer...
The development of Eddy Current non-destructive techniques and instruments is moving towards new cha...
International audienceThis paper is concerned with the characterization methodologies of defects in ...
This work presents a method for nondestructive evaluation (NDE) of advanced materials that makes use...
The nondestructive detection and characterization of damage to materials poses a challenge to instru...
L'objectif de la thèse fut d'étudier plusieurs techniques d'analyse de défaillance (Microscopie magn...
International audienceThere are several methods for the evaluation of the electrical conductivity of...
In many industrial application fields as manufacturing, quality control, and so on, it is very impor...
The detection of macroscopic defects in materials such as cracks is the main task in nondestructive ...
Scientific research on non-destructive testing is constantly looking for new solutions, about senso...
The paper deals with a measurement system based on a low-rest eddy current probe for nondestructive ...