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ESAIM: PROCEEDINGS, Vol. ?, 2009, 1-10 Editors: Will be set by the publisher
 

Summary: ESAIM: PROCEEDINGS, Vol. ?, 2009, 1-10
Editors: Will be set by the publisher
DOI: (will be inserted later)
DETECTION OF INTERNAL CORROSION
H. Ammari1
, H. Kang2
and E. Kim3
Abstract. The purpose of this paper is to review recently developed algorithms
for corrosion detection and to compare between them.
Mathematics Subject Classification. 35R30.
1. Introduction
Corrosion detection is an important problem in the field of nondestructive evaluation
(NDE) for an obvious practical reason, and new techniques are constantly being sought
for the detection of hidden corrosion. In relation to the NDE of the corrosion there have
been several mathematical works: See, for example, Kaup and Santosa [8], Kaup et al. [9],
Vogelius and Xu [11], Inglese [7], Luong and Santosa [10], Banks et al. [4] and references
therein.
In general corrosion is defect in various phenomena such as electrical defect or defect for
the wave propagation or the guided wave. Therefore the methods of detecting corrosion
can vary depending on the related physical phenomena. Quite recently various algorithms

  

Source: Ammari, Habib - Centre de Mathématique Appliquées, École Polytechnique

 

Collections: Mathematics