The Current International Position on Major Inspection Concerns| 1 | T. Kishi, Research Centre for Advanced Science & Technology, University of Tokyo, Japan | Current Status of Materials Research and NDE in Japan
| | 2 | F. Ammirato, EPRI NDE Centre, Charlotte, USA | Insights from Pilot Applications of Risk Informed Methodology to Inservice Inspection of Nuclear Power Plant Piping
| | 3 | S. Crutzen, EC-JRC, Brussels, Belgium; M. Bièth, P. Lemaitre, EC-JRC, Petten, The Netherlands | Inspection Strategy: Target Definition and System Qualification for Better Application and Harmonisation of Inspection Procedures
| Performance Demonstration| 4 | P. Lemaitre, EC-JRC, Petten, The Netherlands; S. Crutzen, EC-JRC, Brussels, Belgium; F. Champigny, EDF-GDL, Saint Denis Cedex, France | ENIQ: a Status Report on the European Methodology applications
| | 5 | L. Horácek, J. Zdárek, Nuclear Research Institute Rez plc. , Rez, Czech Republic | Progress in ISI Qualification Programme for VVER Type Pressure Boundary Components in Czech Republic
| | 6 | L. Gomersson, SQC, Swedish NDT Qualification Centre, Täby, Sweden | Two Years of Experience from NDT Qualifications in Sweden
| | 7 | D. Szabó, J. Pinczes, J. Palasti, PAKS NPP, Paks, Hungary | Status of ISI Qualification in Hungary
| | 8 | D. Couplet, P. Simoens, Belgatom, Brussels, Belgium | The Belgian Policy for Qualification of UT System: A Combination of ASME XI Requirements and ENIQ Guidelines
| | 9 | P. Kelsey, Rolls Royce & Associates Ltd. , Derby, U.K. | Performance Demonstration for the Royal Navy
| | 10 | R C. Owen, British Energy Ltd. , Gloucester, U.K. | Controlling the Quality of NDT on Nuclear Plant
| | 11 | G. Bollini, Tecnatom SA, Madrid, Spain; A. Sala, Iberdrola SA, Madrid, Spain | Spanish Methodology for Inspection Qualification
| | 12 | A. Richnau, H. Fernström, Vattenfall AB Ringhals, Varobacka, Sweden | Ringhals Experience of the New Swedish Qualification System and its Application
| | 13 | K. Araki, H. Sakamoto, A. Nakagawa, M. Higuchi, Ishikawajima-Harima | Fabrication of Mock-up Specimens with Natural Flaws
| | 14 | C. Nockemann, C. Bellon, C. Jacobsen, G.R. Tillack, S. Nickisch, BAM, Berlin, Germany | The Principles of Modular Optimisation and Validation of a NDT System
| | 15 | U. Mletzko, MPA Stuttgart, Stuttgart, Germany | Results of a Mini Round Robin on the Reliability of Ultrasonic Testing
| | 16 | M. Gribi, SVTI, Wallisellen, Switzerland; W. Neumann, HSK, Villigen, Switzerland; R. Schwammberger, R. Tobler, Kernkraftwerk, Leibstadt, Switzerland | Experience with a Qualification Project for Dissimilar Metal Welds
| | 17 | S. Crutzen, EC-JRC, Brussels, Belgium; F. Franck, A. Varfis, J. -M. Auger, EC-JRC, Petten, The Netherlands; G. Maciga, ENEL DCO, Piacenza, Italy | Neural Networks in view of Inspection Procedures Qualifications
| | 18 | Ph. Benoist, CEA Saclay. Gif sur Yvette, France; I. Lecouer, P. Calmon CEA/CEREM, Moret, France | Technical Justification during Inspection Qualification: Use of Modelling
| | 19 | J. Spanner, EPRI NDE Centre, Charlotte, USA; D. Harris, Anacapa Science, Charlottesville, USA | Human Factor Developments in Computer Based Training and Personnel Qualification
| Materials Properties Measurement| 20 | S. Doctor, G.J. Schuster, A.F. Pardini, F. Simonen, Pacific Northwest Lab. , Richland, USA | Developing Empirical Databases of Fabrication Flaws in Nuclear Reactor Pressure Vessels
| | 21 | L. Debarberis, B. Acosta, M. Beers, EC-JRC, Petten, The Netherlands; J. F. Coste, EDF, Moret, France; M. G. Horsten, ECN, Petten, The Netherlands; P. Kauppinen, VTT, Espoo, Finland; M. Kröning, IZFP, Saarbrücken, Germany, J. Bros, Tecnatom, Madrid, Spain; M. Hutchings, AEA Technology, Cheshire, U.K.; D. Gomez Briceno, CIEMAT, Madrid, Spain; H. Weimann, ARCS, Seibersdorf, Austria | Ageing Material Evaluation and Studies by Non-Destructive Techniques (AMES-NDT)
| | 22 | N. Yanagida, S. Kanno, Y. Nagashima, J. Kuniya, N. Gotoh, M. Ishiwata, Hitachi Ltd. , Ibaraki-ken, Japan | Non-destructive Assessment Technology of Effect of Post Weld Heat Treatment on Integrity of Welded Pipe Joints
| | 23 | M. Ootaka, R. Morinaka, S. Kanno, Hitachi Mechanical Engineering Research Lab., Ibaraki-ken, Japan; K. Kohno, JAPEIC, Kanagawa, Japan | Observation of Magnetic Domain Structure Changing with Thermal Ageing for Duplex Stainless Steel
| | 24 | S. Rosinski, EPRI NDE Centre, Charlotte, USA; C. Fukuoka, Y. Nakagawa, IHI, Tokyo, Japan | Nondisruptive Measurement of Fatigue Damage in Materials
| | 25 | S. Matsubara, Y. Yokono, T. Imanaka, Nondestructive Inspection Co. Ltd. , Osaka, Japan; Y. Kawaguchi, H. Mitsuda, Y. Okano, Institute of Nuclear Safety System Inc., Japan | Evaluation of Thermal Ageing in Duplex Stainless Steel by Velocity Measurements of Surface Acoustic Wave
| Steam Generator Tube Inspection| 26 | B. Benoist, T. Sollier, H. Schepens, M. Talvard, CEA Saclay, France; D. Boulanger, J. Reuchet CEA/IPSN-DES, Fontenay aux Roses, France | Fast Examination of Steam Generator Tubes by the means of the SET Eddy Current Probe
| | 27 | M. Bièth, EC- JRC, Petten, The Netherlands; C. Birac, R. Comby EDF, G. Maciga, ENEL DCO, Piacenza, Italy; W. Neumann, HSK, Villigen, Switzerland | Final results of the PISC III Round Robin Test on Steam Generator Tube Inspection
| | 28 | K. Krzywosz, EPRI NDE Centre, Charlotte, USA | Balance-of-Plant Heat Exchanger Conditions Assessment and Inspection Program Overview
| | 29 | Y. Matsumoto, S. Kojima, H. Komatsu, F. Nakayasu, Nuclear Fuel Industries Ltd. , Osaka, Japan; H. Kishino, JAPEIC, Chiba, Japan | Rapid flaw reconstruction for SG-ECT signals by an optimization technique
| | 30 | K. Aizawa, S. Morioka, M. Tsuda, Japan Power Engineering and Inspection Corp. , Chiba, Japan; K. Miya, The University of Tokyo, Tokyo, Japan; S. Yamada, Kanazawa University, Kanazawa, Japan | Improvement of Flaw Delectability in Dented Region in SG Tube
| | 31 | K. Krzywosz, EPRI NDE Centre, Charlotte, USA | ID Pit Sizing in Tubing Using Neural Networks
| | 32 | J. Brophy, R. Spinks, H. Kwun, G. Light, Southwest Research Institute, San Antonio, USA | Use of Magnetostrictive Sensor (MsS) Technology to Inspect Steam Generator Tubing
| | 33 | K. Kornienko, Concern Rocenrgoatom; A. Getman, VNIIAES; N. Davidenko, Concern Rosenergoatom, Moscow, Russia | The NPP Steam Generators Tube Inspections by Eddy Current and Relation to its Structural Integrity in Russia
| | 34 | P. Roscoe, AEA Technology, Warrington, U.K. | A New Approach to cost-effective Inspection Qualification - Strategy
| | 35 | W. Daniels, B.A. McGrath, G. Worrall, K. Sephton, P. Conroy, P. Birchall, M. Beesley , AEA Technology, Warrington, U.K. | A New Approach to cost-effective Inspection Qualification - Development of Technical Justification
| | 36 | R. Muñox, M. Borrás, E. Cabrera, R. Martínez-Oña, Tecnatom, S. A. , Madrid, Spain | Tracing Modelling for Preparing and Assessing Technical Justifications
| | 37 | R.V. Booler, British Energy plc, Gloucester, U.K. | Recent Examples of Inspection Qualification within Nuclear Electric
| | 38 | U. Sandberg, Forsmarks Kraftgrupp, Östhammar, Sweden | The Development of a Common Practice for Technical Justification for the Swedish NDE Qualification Scheme
| | 39 | T Sjo, R. Sandberg , ABB TRC, Täby, Sweden | Two Years with the New Swedish Inspection Regulations - Has the Inspection quality Improved?
| | 40 | M. Peacock, Sonaspection International Ltd. , Lancaster, U.K. | Flawed Specimens for Global Standardisation of NDT Training and Qualification
| | 41 | B. Timofeev, M. Rozina, T. Chernaenko, CRISM "Prometey", St. Petersburg, Russia | Probability of Detection of Flaws in Welds of Tube Components by Using Non-Destructive Methods
| Pressure Vessel Inspection| 42 | F. Dirauf, G. Guse, E. Fischer, G. Engl, Siemens-KWU Erlangen, Germany | Advanced Approach for BWR RPV ISI Using Robotics and Phased Array Techniques
| | 43 | J. Vojvodic-Tuma, Institute of Metals & Technology, Ljublijana, Slovania; P. Lovrencic, NPP Krsko, Krsko, Slovenia | Inspection of the Secondary Side of Pressure Vessels in Nuclear Power Plant Krsko
| | 44 | K. Kobayashi, Ishikawajima-Harima Heavy Industries Co. , Ltd. (IHI), Yokohama, Japan; J. Martinez Ornelas, Comision Federal de Electricidad, Veracruz, Mexico; G. L. Lagleder, Southwest Research Institute, San Antonio, USA | Under water inspection robot AIRIS 21TM for ISI of RPV welds - Field experience at Laguna Verde NPP in Mexico
| | 45 | M. Cvitanovic, V. Zado, H. Bezlaj, INETEC, Zagreb, Croatia; V. Nitchev, P. Tzokov, Kozlodyy NPP, Bulgaria | Advanced NDE and Boat Sampling of the VVER 440 RPV
| | 46 | T. Bloodworth, AEA Technology, Warrington, U.K.; L Johansson, Å. Pettersson, OKG Aktiebolag, Sweden | High-Accuracy Defect Sizing for Nozzle Attachment Welds
| | 47 | Z. Skála, J. Pøepechal, J. Sladký, J. Vit, Škoda JS, Plzeò, Czech Replublic | Remote and Automated NDE in Škoda JS
| Primary Circuit and Internals Inspection| 48 | A. Erhard, G. Schenk , BAM, Berlin, Germany, B. Gohlke, G. Engl, E. Fischer, Siemens, Erlangen, Germany | The Saphir and Mini-Saphir Systems - Versatile Tools for Advanced Solutions for PWR Primary Circuit Inspections
| | 49 | D Szabó, PAKS NPP, Hungay, G. Engl, Siemens, Erlangen, Germany, G.Takács, J. Pinczés, N. Lenz, I. Buglyó, PAKS NPP, Hungary | Experience and concept with ISI at Paks NPP using advanced Techniques (e.g. Phased Array)
| | 50 | G. Maes, J. Cermak, AIB-Vinçote Inter, Brussels, Belgium; H. Martinsen, H. Fernström, Vattenfall AB, Ringhalls, Sweden | Experience Gained from In-Service Inspection of PWR Main Coolant Pump Welds Conducted from the Inner Surface, Using a Qualified UT and ECT Procedure | | 51 | K. Sawaragi,, M. Taniguchi, Y. Tada, M. Kurokawa, Y. Araki, MHI, Ltd. Kobe, Japan | Development of Inspection Technique for CRDM Housing Canopy Seals
| | 52 | G.J. Schuster, S.L. Crawford , A.F. Pardini, S.R. Doctor, Pacific Northwest National Laboratory, Richland, USA. | Reactor Internals UT Parametric Study
| | 53 | C. Poidevin, Ph. Benoist, CEA Saclay, Gif sur Yvette, France; A. Viard, CEA/CEREM; J. Gros, CEA/Phénix, D. François, Framatome, France | Inspection of the Core Support Vessel of the Phénix Reactor
| Advances in Non-Ultrasonic Methods| 54 | A. Blomquist, SAQ Kontroll AB, Göteborg, Sweden |  In-Service Inspection by X-Ray Tomosynthesis, a New Method for Sizing IGSCC
| | 55 | J. A. de Raad, Röntgen Technische Dienst bv, Rotterdam, The Netherlands | MFL and PEC NDT Tools for External (NON) Insulated Pipe Inspection
| | 56 | M. Kurokawa , R. Miyachi, K. Enami, Mitsubishi Heavy Industries Ltd., Hyogo, Japan; M. Matsumoto, Mitsubishi Heavy Industries Ltd. , Kobe, Japan; K. Aizawa, JAPEIC, Chiba, Japan | Verification of New Eddy Current Testing Probe
| | 57 | K. Bartels, H. Kwun, Southwest Research Institute, San Antonio, USA | Use of Magnetostrict Sensor (MsS) Technology to Inspect Post Tensioning Steel Cables in Containment
| | 58 | P. Shaw, J. Bergström, FORCE Institute, Helsingborg, Sweden | Elegant NDE Techniques for Investigation of Concrete Containments
| | 59 | B. Benoist, G. Berthiau, CEA Saclay, Gif sur Yvette, France; G. Delsarte, Intercontrole Ser, Rungis, France | Bobbin coil automatic diagnostic for axisymetric defects
| | 60 | R. Pensec, A. Laksimi,, UTC, Compiegne, France; M. Cherfaoui, C. Hevre, CETIM, Senlis Cedex, France | Application of Acoustic Emission to Establish a Flaw Existence Accurate Diagnosis in Pressure Vessels Using Welding Test Pieces
| Advances in Ultrasonic Methods| 61 | H. Yoneyama, K. Aono, S. Nakada, M. Igeta, JAPEIC, Yokohama, Japan | A Study of Capability of Flaw Detection and Accuracy of Flaw Sizing Using Ultrasonic Testing
| | 62 | O. Roy, S. Mahaut, M. Serre, A. Lhemery, Commissariat à l'Energie Atomique, CEREM/STA, Gif-sur-Yvette Cedex, France | Application of Ultrasonic Beam-Forming and Self-Focusing Techniques using a Phased Array System to Defect Characterisation
| | 63 | V. Schmitz, S. Chakhlov, W. Müller, FhG IzfP, Saarbrücken, Germany | Synthetic Aperture Focussing Technique - State of the Art
| | 64 | T. Nomura, Tokimec Inc. Tokyo, Japan; S. Hyodo, Sumitomo Metal Industries Ltd. Hyogo, Japan; R. Tennis, Southwest Research Inst. , San Antonio, USA | Study of Ultrasonic Beam Shaping Using Phased Array Techniques
| | 65 | K. Sawaragi, Mitsubishi Heavy Industries, Ltd. Kobe, Japan; Y. Tujikura, K. Bunno, The Kansai Electric Power Co. , Inc. , Japan; K. Enami, Mitsubishi Heavy Industries Ltd. , Takasago, Japan | Development of Advanced Inspection Technique Using Phased Array UT
| | 66 | M. Ochiai, J. Senboshi, T. Butsuen, K. Kubo, A. Asai, Toshiba Corp. , Yokohama, Japan | In Process Monitoring Molten Depth Measurement by Laser Induced Ultrasonic Waves
| | 67 | P. Hansen, FORCE Institute, Bröndby, Denmark | 3D Inspection System for Ultrasonic Examination and Evaluation of Complex Geometry Components
| | 68 | S. Wadaka, T. Kimura, S. Kameyama, Mitsubishi Electric Corporation Kanagawa, Japan | Analysis of bottom echo through rough test surface using equivalent circuit of ultrasonic transducer
| | 69 | G. Selby, EPRI NDE Centre, Charlotte, USA | Phased Array UT Applications Development at the EPRI NDE Center
| | 70 | E. Fischer, G. Engl, F. Mohr, H. Diehl, Siemens, Erlangen, Germany | Phased Array Techniques - Benefit in Efficiency and Effectiveness for Nuclear and Non-Nuclear Applications
| | 71 | F. Takahashi, Y. Nagashima, I. Tanaka, Hitachi Ltd. , Ibaraki-ken, Japan; M. Igeta, S. Nakada, JAPEIC, Yokohama, Japan | Ultrasonic Sizing and Recognition of Cracks and Porosities in Weld Metals Using Acoustical Holographic Inspections
| | 72 | G. Tattersall, Snape Signals Research, U.K.; M. Toft, BNFL-Magnox Generation, Berkley, Gloucester, U.K. | A suite of digital filtering software for off-line enhancement of ultrasound images
| | 73 | E. -B. Pers-Anderson, ABB TRC, Täby, Sweden; M. Harrison, A. Holden, ABB, U.K. | Consideration for Phased Array Probe Design, Associated with Cabling and Connectors
| | 74 | S. Nose, Pressure Vessel Technology Kobe Steel Ltd., Kobe, Japan; Y. Watase, H. Ohizumi, Shinko Inspection & Service Co. Ltd. , Kobe, Japan | The Evaluation of the TOFD Technique on Heavy Section Test Block
| Structural Integrity and NDE| 75 | G. Koppen, DNV, Rotterdam, The Netherlands | Development of Risk Based Inspection
| | 76 | S. Reale, University of Florence, Florence, Italy; E. Capurro, Ansaldo Nuclear Division, Genova, Italy | A structural integrity oriented approach for defining the acceptance / rejection flaw size criteria in innovative plant components
| | 77 | E. Zeelenberg, Stoomwezem, Rotterdam, The Netherlands | Development of Acceptance Criteria for the TOFD Inspection Technique
| | 78 | G.P. Karzov, B.T. Timofeev, CRISM "Prometey", St. Petersburg, Russia | Procedure of integrity assessment of NPP pressure vessel and piping depending on ISI level
| | 79 | L. Toth, Bay Zoltan Institute for Logistics and Production Systems, Miskolc-Tapolca, Hungary | CPSI - The Bridge between the requirements of NDE Results and Reliability of Structural Integrity Assessment
| | 80 | S. Crutzen, EC-JRC, Brussels, Belgium; L. Fabbri, EC-JRC, Petten, The Netherlands; C. Schneider, TWI, Cambridge, U.K.; A. Stacey, HSEOS, London, U,K,; P. Visser, Visser Consultancy Ltd., Weybridge, U.K. | A compilation of NDE effectiveness Data to be used for Defect Acceptance Schemes
| | 81 | V. Vasiliev, Rosenergoatom, Moscow, Russia; M. Bakirov, VNIIAES, Russia; M. Grigoriev, Russia | In Service Inspection of WWER Reactor Pressure Vessel in Russia
| | 82 | N. Dubé, A. Lamarre, R/D Tech inc. Québec, Canada; F. Mainguy, R/D Tech inc./ École de Technologie Supérieure, Montréal, Canada | Dynamic Focusing of Phased Arrays for Nondestructive Testing: Characterization and Application Evaluations
| | 83 | A. Hiser, S. Sheng, S. Malik, US Nuclear Regulatory Commission, Washington, USA | Observations on Sensitivity of RPV Integrity Probabilistic Fracture Mechanics
| | 84 | S. Walker, J.F. L. Landrum, D.E. MacDonald, EPRI NDE Centre, Charlotte, USA | Current 'State of the Art' Piping Examination Technology
| | 85 | S. Walker, EPRI NDE Centre, Charlotte, USA | New NDE developments support rapid, economical screening for flow-accelerated corrosion
| | 86 | A. Getman, K. Kornienko, Rosenergoatom, Moscow, Russia; N. Davidenko, Russia | Methodology, methods and technologies of optimising and organisation NDE for management strength, lifetime and reliability of the NPP structures
| | 87 | V. Kovyrshin, N. Zaritsky, State Scientific & Technical Centre on Nuclear & Radiation Safety, Kiev, Ukraine | Analysis of means for VVER Reactor Pressure Vessel Elements at NPP's in Ukraine - NDE and its Results
| Austenitic Component Inspection| 88 | J. Quirk, Phoenix Inspection Systems Limited, Warrington, U.K. | Fast Track Development of Remote Inspection devices for two AGR Nuclear Power Stations
| | 89 | E. Neumann, BAM;, Berlin, Germany; M. Bièth, EC-JRC; Petten, The Netherlands; P. Krarup, FORCE, Denmark; F. Hardie, Mitsui Babcock, Renfrew, U.K.; E. -B. Pers-Anderson, ABB TRC, Täby, Sweden | Effect of Ultrasonic Scattering on Inspection of Austenitic Welds
| | 90 | T. Seldis, C. Pecorari, M. Bièth, EC-JRC, Petten, The Netherlands | Measurement of Longitudinal Waves Attenuation in Austenitic Steel
| | 91 | P.G. Heasler, S.R. Doctor, Pacific Northwest Lab. , Richland, USA | Trend of UT Performance on Wrought Stainless Steel
| Major Component Inspection| 92 | J. Bentley, M. O. D., Bath, U.K.; A. McLay, AEA Sonomatic, Warrington, U.K. | The In-Situ Inspection Equipment of HP Gas Cylinders as Used by the Royal Navy
| | 93 | M. Sheerer, P. Hahn, L. Plöchl, M. Rödig, I. Smid, Forschungszentrum Julich, Julich, Germany | High resolution ultrasonic inspection of different high heat flux components for future thermonuclear fusion devices
| | 94 | B. Sladojevic, M. Milovanovic, Institute "Kirilo Savic", Belgrade, Yogoslavia | Ultrasonic Testing of Heavy Forgings
| | 95 | P. Lovrencic, NPP KRSKO, KRSKO, Slovenia; J. Vojvodic-Tuma, Institute of Metals & Technology, Ljubljana, Slovenia | Non-destructive measurement of erosion/corrosion on tubings in nuclear power plant KRSKO
| | 96 | E. Abittan, EDF/GDL, St. Denis, France; A. Dochy, G. Pierre, T. Allart, M. Van der Crussen, Framatome, France | UT of Thermal Barrier Flanges
| | 97 | Y. Nagashima, A. Watanabe, F. Takahashi, Y. Kawamata, Hitachi Ltd, Japan | Non Destructive Evaluation on Nitrided Layer Integrity of Turbine Components by a Combined Method of Ultrasonic and Eddy Current Techniques
| | 98 | R. Kazys, R. Sliteris, L. Mazeika. , Ultrasound Research Centre, Kaunas University of Technology, Lithuania | NDE of Fuel Channel Components of RBMK Type Nuclear Reactors
| Organisation of NDE| 99 | M. Deffrennes, EC-DG XVII, Brussels, Belgium; S. Crutzen, EC-JRC, Brussels, Belgium; P. Lemaitre, U. von Estorff, EC-JRC, Petten, The Netherlands; G. Engl, Siemens, Erlangen, Germany | ENDEF-European Non Destructive Examination Forum: An ENIQ/EC-DG XVII Initiative
| | 100 | M. Deffrennes, S. Crutzen, EC-JRC, Brussels, Belgium; P. Lemaitre, U. von Estorff, EC-JRC, Petten, The Netherlands; G. Engl, Siemens, Erlangen, Germany; Y. Guénon, E. Liska, P. Kauppinen, VTT Espoo, Finland; M. Lepiece, Tractabel, Brussels, Belgium; R. Martinez Oña, Tecnatom, Madrid, Spain; C. Waites, AEA Technology, Warrington, U.K.; A. Arefiev, ECD NPP, Moscow, Russia; Y. Kozin; | Results of the Comparison of the ENDEF Strategy with current co-operation projects between EU industrial organisations and Russian, Ukrainian and CEECs Counterparts
| | 101 | A. Miller, OECD NEA, Issy-les-Moulineaux, France | NDE Activities Under OECD Nuclear Energy Agency CSNI PWG3
| | 102 | P. Lemaitre, L. Fabbri, J.B. Veyret, EC-JRC, Petten, The Netherlands; S. Crutzen, EC-JRC, Brussels, Belgium | EPERC (European Pressure Equipment Research Council) and Its Technical Task Force on Inspection Harmonisation
| | 103 | C. Belinco, CNEA-CAC-ENDE, Federa, Argentina | A Basic Tool to Guarantee the Structural Integrity: The National Non Destructive Evaluation Branch (ENDE)
| | 104 | R. Lévy, Intercontrôle, Rungis Cedex, France; R. Martinez-Oña, Tecnatom, Madrid, Spain; O. Seydel, Siemens, Germany; G. Koval, Energoatom, Ukraine | A Joint Effort for the Improvement of In-Service Inspection Methodology in Ukraine
| Modelling| 105 | D. Reilly, A. McNab, University of Strathclyde, U.K.; M. Toft, BNFL-Magnox Generation, Berkeley, Gloucester, U.K. | Three-Dimensional Visualisation and Analysis of NDT Data in an Interactive CAD Environment
| | 106 | B. Hawker, S. Burch, A. Rogerson, AEA Technology, Oxfordshire, U.K. | Application of the RAYTRAIM Ray-tracing Program and RAYKIRCH Post-Processing Program to the Ultrasonic Inspection of Austenitic Stainless-Steel Welds in Nuclear Power Plant
| | 107 | N. Gengembre, A. Lhémery, X. Tarrago, CEA / CEREM, Gif-sur-Yvette cedex, France | A model to predict ultrasonic fields radiated by water-coupled transducers into pieces of complex structure
| | 108 | H. Wüstenberg, A. Erhard, G. Schenk, BAM, Berlin, Germany | Ultrasonic Phased Array Probe Equipment - Problems with their Characterisation
| | 109 | R. Raillon, P. Calmon, L. Paradis, CEA CEREM, GIF/Yvette, France; P. Morisseau, Intercontrole, Rungis, France | Application of the ultrasonic modeling tools for the automatic characterization of defects.
| | 110 | V. Schmitz, F. Walte, S. Chakhlov, FhG-IzfP, Saarbrücken, Germany | Modelling of Sound Fields Through Austenitic Welds
| | 111 | M. Spies, FhG-IzfP, Saarbrücken, Germany | High-Speed Mathematical Modelling of Ultrasound Propagation in Cladded and Welded Components Using Gaussian Beam Superposition
| | 112 | P. Wu, T. Stepinski, Uppsala University, Uppsala, Sweden | Detection of Defects in Materials Characterised by Large Grain Backscattering Using K-Distribution Model
| | 113 | I. Komura, H. Nakamura, Y. Ikegami, Toshiba Corp., Yokohama, Japan; S. Nakada, M. Igeta, Japan Power Engineering & Inspection Corp. , Yokohama, Japan | Numerical Analysis of Elastic Wave Propagation on Simulation of Ultrasonic Examination
| | 114 | L. Ericsson, T. Stepinski, M.G. Gustaffson Uppsala University, Uppsala, Sweden | (Postscript) Suppressing Ultrasonic Grain Noise Using Non-Linear Filtering Techniques
| | 115 | H. Wirdelius, SAQ Kontroll AB, Molndal, Sweden | Examples of mathematical modelling used as a tool within NDT qualification
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NDTnet - June 1999,
Vol.4 No.6