This paper is focused on the non-iterative (direct) imaging of conductive materials from
magnetic induction tomography data. Specifically, the interest is on the imaging of surface …

Estimating flaw profiles from measurements is a typical inverse problem in electromagnetic
nondestructive evaluation (NDE). This paper proposes a novel state-space approach for …

In eddy current tomography the conductivity profile of conductive materials is reconstructed
through the inversion of eddy current data (ECT). The state of the art of imaging methods in …

Flaw profile characterization from nondestructive evaluation (NDE) measurements is a
typical inverse problem. A novel transformation of this inverse problem into a tracking …

The authors develop two nonlinear inverse methods to reconstruct the conductivity profile
from electromagnetic induction (EMI) measurements: the improved two-step inverse method …

In this work a fast Non-iterative method for EM imaging of surface-breaking defects in a
conductive specimen is presented. It exploits the Monotonicity Property in the frame of Eddy …

The retrieval of an unknown, possibly inhomogeneous, penetrable cylindrical obstacle
buried entirely in a known homogeneous half-space-the constitutive material parameters of …

This work is focused on quantitative imaging of defects in conductive materials by means of
eddy current testing (ECT). By quantitative imaging we mean imaging methods based on …

An eddy currents based procedure for the 3D image reconstruction of defects in metallic
plates from multi-frequency data is presented. In particular, we exploit the collection of data …

The retrieval of voluminous defects in a non-magnetic metal plate from maps of time-
harmonic anomalous magnetic fields in air due to a nearby low-frequency source is …