A study on the characterization of small cracks by using eddy current testing (ECT) signal is presented. The significant parameters of the ECT data are selected using principal component analysis according to two approaches. The ECT signal inversion is then achieved using a parametric model trained with synthetic data obtained with a fast numerical simulation tool. The characterization procedure is then tested using experimental data. Results show that information can be obtained concerning the area of the cracks
Use of linear elastic fracture mechanics in design and in life-cycle management of engineering syste...
Estimation of crack length and depth is of considerable interest to the eddy current testing communi...
Non-destructive evaluation is concerned with the detection and characterisation of flaws. In eddy-cu...
International audienceA study on the characterization of small cracks by using eddy current testing ...
In this paper, we try to use the finite element method of 2-D axisymmetry to solve problems in eddy ...
Eddy current testing (ECT) is one of the non-destructive evaluation techniques widely used, especial...
This paper describes progress in eddy-current methods to identify and size defects. An eddy-current ...
In eddy current testing, a flaw in a metal is detected when it gives rise to a change in the electri...
Eddy current testing (ECT) is a type of non-destructive testing and effective for detecting surface ...
Abstract This paper proposes a non‐iterative procedure for flaw(s) characterization based on Pulsed ...
Early detection of defects in metallic components used in infrastructure is crucial to ensure their ...
In the pulsed eddy-current (PEC) method of flaw detection, repetitive pulses of current in a transmi...
The paper addresses real cracks’ reconstruction from eddy current non-destructive testing signals. N...
Summary The paper deals with variation of eddy current density distribution along material depth and...
International audienceThis study tries to identify the coil parameters using numerical methods. The ...
Use of linear elastic fracture mechanics in design and in life-cycle management of engineering syste...
Estimation of crack length and depth is of considerable interest to the eddy current testing communi...
Non-destructive evaluation is concerned with the detection and characterisation of flaws. In eddy-cu...
International audienceA study on the characterization of small cracks by using eddy current testing ...
In this paper, we try to use the finite element method of 2-D axisymmetry to solve problems in eddy ...
Eddy current testing (ECT) is one of the non-destructive evaluation techniques widely used, especial...
This paper describes progress in eddy-current methods to identify and size defects. An eddy-current ...
In eddy current testing, a flaw in a metal is detected when it gives rise to a change in the electri...
Eddy current testing (ECT) is a type of non-destructive testing and effective for detecting surface ...
Abstract This paper proposes a non‐iterative procedure for flaw(s) characterization based on Pulsed ...
Early detection of defects in metallic components used in infrastructure is crucial to ensure their ...
In the pulsed eddy-current (PEC) method of flaw detection, repetitive pulses of current in a transmi...
The paper addresses real cracks’ reconstruction from eddy current non-destructive testing signals. N...
Summary The paper deals with variation of eddy current density distribution along material depth and...
International audienceThis study tries to identify the coil parameters using numerical methods. The ...
Use of linear elastic fracture mechanics in design and in life-cycle management of engineering syste...
Estimation of crack length and depth is of considerable interest to the eddy current testing communi...
Non-destructive evaluation is concerned with the detection and characterisation of flaws. In eddy-cu...