Non intrusive stochastic finite elements methodapplied for non destructives NDT problems

In this Section, we explain the complexity of undertaking performance evaluations for containerized user- space applications even when using Linux based profiling and tracing tools..

2 or 3 dimensional (depending on the dimension of the test sample) finite differences space discretization is used for the resolution of the diffusion equation and dynamic

At a few tens of percent of rated current (a few amps to a few tens of amps for the studied cell), a defect at the cathode can be detected by measuring the tangential component of B

In this work we propose to study aconductive plate having a crack along the x coordinate by eddy current non-destructive testing s whenthe defect is represented as a change

This technique of imagery in real time is based on the transmission of X-rays resulting from a micrometric focus tube (≈10 µm 2 ) in Molybdenum and without

This method significantly improves the detection of cracks of two different kind of material (non magnetic conductive material and ferromagnetic material). The magnetic flux

We have used a 2D numerical model based on the Finite Element Method (FEM) to simulate the NDT inspection process and to predict the corresponding signal sensed by the GMR

The major accomplishments of this research include: an experimental investigation of the me- chanical response of long fiber thermoset composites for a range of