Participants of the MANODET Project

Institute	Scientific Coordinator	Town	TelePhone: TeleFax:	Home Page
CREATE	Prof. RUBINACCI, Guglielmo	Napoli	+39-81-7683243 +39-81-7683171
MFA	Dr. VÉRTESY, Gábor	Budapest	+36-1-3959220-1544 +36-1-3959284
TUB	Dr. PÁVÓ, József	Budapest	+36-1-4632812 +36-1-4633189
ICT	Ing. CSc NOVOTNY, Pavel	Prague	+42-2-3121865 +42-2-3015276
LGEP	Dr. RAZEK, Adel	Gif sur Yvette	+33-169851655 +33-169418318
IGTE	Prof. RICHTER, Kurt R.	Graz	+43-3168737251 +43-3168737751
BATH	Prof. RODGER, David	Bath	+44-1225826165 +44-1225826305
LMN	Prof. IOAN, Daniel	Bucharest	+40-1-3121190 +40-1-3121190

No. 1

( Coordinator of the Project )

	Consorzio CREATE (CREATE), Consorzio di Ricera per l'Energia e le Applicazioni Technologiche dell'elettromagnetismo
Consorzio CREATE		, Italy
Adm. coord.	Prof. COCCORESE, Vincenzo	T.:+39-81-7683243	Fax:+39-81-7683171
Dip. di Ingegneria Industriale, Univ. di Cassino		I-03043 Cassino, Italy
Sci. coord.	Prof. RUBINACCI, Guglielmo	T.:+39-77-6299629	Fax:+39-77-6310812
Web Sites:	Dept. Ing. Industriale, Cassino CREATE Home Page	Alag3 ftp Server
Equipment:
Staff & Projects:	Dr. FORMISANO, Alessandro Prof. RUBINACCI, Guglielmo	neural networks, neuro-fuzzy processing theorethical models

No. 2

	Research Institute for Technical Physics and Materials Science (MFA), Eddy Current NDT Laboratory
Budapest, XII. Konkoly-T. út 29-33.		H-1525 Budapest-114, P.O. Box 49, Hungary
Sci. coord.	Dr. VÉRTESY, Gábor	T.:+36-1-3959220/1544	Fax:+36-1-3959284
Adm. coord.	Dr. BÁRSONY, István	T.:+36-1-3959220/1817	Fax:+36-1-3959284
Web Sites:	ATKI Home Page Magnetism & Crystal Growth Magnet Home Page ECT-NDT Home Page	Alag3 ftp Server
Equipment:	Foner type vibrational magnetometer, FluxSet magnetometers, FMR, data acquisition system, SRS 830 lock-in amplifier, coil up machine, oscilloscopes, power supplies, etc.
Staff & Projects:	Dr. DARÓCZI, Csaba S. Mr. GASPARICS, Antal Mr. SZÖLLŐSI, János Dr. VÉRTESY, Gábor Ms. VÉRTESY, Zófia	sensor & electronics development, measuring, Web master sensor & electronics development, measuring, software sensor development scientific coordinator, presentations SEM quality check

No. 3

	Technical University of Budapest (TUB), Department of Electromagnetic Theory
Budapest, XI., Egry J. u. 18.		H-1521 Budapest, Egry J. u. 18., Hungary
Sci. coord.	Dr. PÁVÓ, József	T.:+36-1-4632812	Fax:+36-1-4633189
Adm. coord.	Prof. VESZELY, Gyula	T.:+36-1-4632812	Fax:+36-1-4633189
Web Sites:	EVTSZ Home Page Magnet Home Page ECT-NDT Home Page	Alag3 ftp Server RS ftp Server bme-evtsz ftp Server
Method:	3-dimensional numerical code developed in the department for the calculation of the crack-probe interaction
Staff & Projects:	Mr. GASPARICS, Antal Dr. PÁVÓ, József Dr. SEBESTYÉN, Imre	sensor & electronics development, measuring, software scientific coordinator, theoretical calculations theoretical calculations

No. 4

	Institute of Chemical Technology (ICT), Department of Solid State Engineering
16628 Prague 6, Technika 5, Czech Republic
Sci. coord.	Ing. CSc NOVOTNY, Pavel	T.:+42-2-3121865	Fax:+42-2-3015276
Adm. coord.	Ing. CSc KOUBEK, Josef	T.:+42-2-3111788	Fax:+42-2-3015276
Web Sites:	ICT Home Page	Alag3 ftp Server ICT ftp Server
Equipment:	magnetic recording, magnetodefescopy, optical microscopy
Staff & Projects:	Ing. CSc NOVOTNY, Pavel	preparation of standard specimen, measurements of specimens

No. 5

	Laboratoire de Genie Electrique de Paris (LGEP) - CNRS
F91192 Gif sur Yvette, Plateau de Moulon,		France
Sci. coord.	Dr. RAZEK, Adel	T.:+33-169851655	Fax:+33-169418318
Adm. coord.	Dr. CHABRERIE, Jean-Pierre	T.:+33-169851655	Fax:+33-169418318
Web Sites:	CNRS Home Page LGEP Home Page CNRS (Gif Sur Yvette)	Alag3 ftp Server CNRS ftp Server
Equipment:	Numerical 2D and 3D electromagnetic codes are developed at L.G.E.P. using finite elements and boundary elements.
Staff & Projects:	Dr. RAZEK, Adel	Numerical electromagnetic modelling. Investigations of asymptotic methods, sheet elements and special singular 3D elements for defects and its tip modelling. Shape optimisation, Reconstruction of defects. Optimisation of exciting coil and sensor shape (and location) using deterministic and stochastic methods. Using also these methods for the solution of inverse problems for the construction of defects.

No. 6

	Institut für Grundlagen und Theorie der Technischen Universitat (IGTE), Graz
A-8010 Graz, Kopernikusgasse 24/III, Austria
Sci. coord.	Prof. RICHTER, Kurt R.	T.:+43-3168737251	Fax:+43-3168737751
Adm. coord.	Prof. RICHTER, Kurt R.	T.:+43-3168737251	Fax:+43-3168737751
Web Sites:	TU Graz Home Page IGTE Home Page	Alag3 ftp Server TU Graz ftp Server
Method:	The finite element method is used in the 2D and 3D codes developed at IGTE. Sheet elements modelling surface currents and thin sheets of high permeability will be developed in order to cope with the specialities in the sensor construction and in modelling cracks. A special sensitivity analysis for higher order finite elements will be developed to accelerate the deterministic optimization processes.
Staff & Projects:	Dr. BÁRDI, István Prof. RICHTER, Kurt R.	Numerical simulation of 2D and 3D nonlinear electromagnetic fields. Co-operation in the shape optimization of the sensor as well as in the recognition of the shape of the crack and of the material characteristics of the probe.

No. 7

	Applied Electronics Research Center, School of Electronic and Electrical Engineering, University of Bath
Avon BA2 7AY, Bath, Clawerton Down,		United Kingdom
Sci. coord.	Prof. RODGER, David	T.:+44-1225826052	Fax:+44-1225826305
Adm. coord.	Mrs. EASTON-ORR, Patricia A.	T.:+44-1225826165	Fax:+44-1225826305
Web Sites:	SEEE Home Page AERC Home Page	Alag3 ftp Server BATH ftp Server
Method:	The finite element package has been developed at BU and is capable of solving finite element problems which are coupled to curcuits, which is required for modelling voltage forced ECT probes. The performance of the finite element package in modelling very thin cracks will be assessed and improved if necesary by introducing special elements.
Staff & Projects:	Prof. RODGER, David	Modelling of 2D and 3D time transient nonlinear electromagnetic fields using finite elements. Building and measurement of test samples to compare measurements with 2D and 3D finite element simulations. Measurements to be done using a Hall probe system, so that comparison with the Fluxset system can be made.

No. 8

	'Politehnica' University of Bucharest (CIEAC/LMN)
77206, Bucharest, Spl. Independentei 313,		Romania
Sci. coord.	Prof. IOAN, Daniel	T.:+40-1-4106984	Fax:+40-1-4111190
Adm. coord.	Dr. FIRETEANU,	T.:+40-1-3121190	Fax:+40-1-3121190
Web Sites:	Numerical Methods Lab. INCO Inviting Page	Alag3 ftp Server LMN software archive
Method:	Use of Cadence VLSI CAD framework and EUROPRACTICE foundry services to realise the CMOS circuit prototype.
Staff & Projects:	Prof. IOAN, Daniel ( Ph.D. Students )	Electromagnetic modelling of the sensor core. Development of a customised VLSI circuit dedicated to the signal processing of an ECT sensor. Analysis of the techniques for the elimination of disturbing effects in measurement and enhancement of the data processing system. Study on the implementation of a neural network dedicated to recognition of the defects.

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