This work presents a methodology for identifying inclusions in a conductor domain. The
methodology is based on electrical potential measurements on the external boundary of a …

The effect of boundary conditions on the solution of the INVERSE PROBLEM of identifying
the geometry and location of a CAVITY inside an elastic solid body using displacement …

Crack and flaw identification problems in two-dimensional elastomechanics are numerically
studied in this paper. The mechanical modelling is based on boundary element techniques …

Nondestructive evaluation is an emerging technology that enables to raise the remaining life
and reliability of nowadays structures, as well as to characterize advanced materials and …

The purpose of this work is to study a class of inverse problems that arises in solid
mechanics areas such as quantitative non-destructive testing (QNDT) or shape optimization …

This work presents a novel procedure to characterize damage using an array of ultrasonic
measurements in a generalized model-based inversion scheme, which integrates the …

This paper presents a novel cavity identification approach for linear elastic structures with
the boundary mode data. The proposed approach consists of two major aspects. The first is …

The detection of damages inside structures is of great importance because damages may be
critical for serviceability and safety of structural elements. Only two reliable techniques for …

Cones and wedges inserted between an ultrasonic transducer and the specimen provide
the transducer (circular or rectangular shape) with enhanced capability for point or line …

In this paper, solution of inverse problems in elastostatic fields is investigated. For this
purpose, we propose a qualitative inverse approach based on linear sampling method …