Qualification of Inspection Procedures
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Qualification of Inspection Procedures

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Description

Non-Destructive Testing (NDT) techniques for the inspection of industrial structural components have to be qualified in respect to the minimum performance to be achieved. The qualification schemes relate to all aspects of the tests: procedure, equipment and personnel and the qualification of inspection should be codified in Standards. Such Standards are of two main types: those that detail the methods and procedures to be used and those that define the results which must be achieved.
The European Network for Inspection Qualification (ENIQ) has as its aim the creation of a European collaboration for critical studies, assessment and qualification of inspection procedures for industrial structural components. The final goal is to support international Codes and Standards bodies via technical tools, expertise and demonstrative exercises that can be sponsored and managed at the European level.
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Product details

  • Hardback | 540 pages
  • 156 x 234 x 30.23mm | 2,090g
  • Dordrecht, Netherlands
  • English
  • 1995 ed.
  • VIII, 540 p.
  • 0792332571
  • 9780792332572

Table of contents

Foreword. Critical comparison of inspection standards; S. Reale, E. Capurro, L. Tognarelli. Qualification of inspections; J. Whittle, C. Waites. Personnel qualification in Europe: a status report; M.J. Whittle, J.M. Farley. Inspection qualification strategies as developed in PISC III Action 8 and in ENIQ: Part 1 -- Overall process; G. Engl. Inspection qualification strategies as developed in PISC III Action 8 and in ENIQ: Part 2 -- Aspects of qualification; J. Whittle. PISC-I and PISC-II: Looking for effective and reliable inspection procedures; S. Crutzen. Evaluation of the sizing results of 12 flaws of the full scale vessel installation; . PISC III results on Action 3 `Nozzles & dissimilar welds'; Ph. Dombret. Sizewell `B' inspection validation experience and how it can be used for future qualification programmes; C. Waites. Structural integrity significance of inspection results; S. Reale, L. Tognarelli. Mock-ups and flaw fabrication experience; P. Lemaitre. Human factor studies in PISC III; R. Murgatroyd, H. Seed, G.M. Worral, S. Crutzen. Validation of mathematical models of the ultrasonic inspection of steel components: Part 1 -- Validation of three models; F. Lakestani. The use of mathematical modelling in inspection qualification; R.K. Chapman. Ultrasonic modelling for performance demonstration; B.J. Dikstra. Lecture notes on Appendix VIII to ASME Code Section XI; F.L. Becker. Performance demonstration initiative US implementation of ASME B&PV code Section XI Appendix VIII; F.L. Becker. Independent inspection validation -- a regulatory view of its use in the SIZEWELL `B' safety concept; B. Hemsworth. The Spanish approach to ISI verification; F. Cazorla. In-service inspection rules for mechanical components of PWR nuclear islands; A. Remond. Demonstration of performance of NDT techniques in the context of the RSEM code; F. Pons. French approach to ISI qualification; F. Champigny. The inspection methods qualification attitude for the construction and maintenance by FRAMATOME; A. Thomas. The Belgian approach to ISI qualification; H. Sweerts, Ph. Dombret, Ph. Simoens. The Finnish position on ISI qualifcation; J.T. Sillanpaa. ISI qualification in the Netherlands; L. van der Wiel. The German contribution to ISI procedures capability verification; H. Wustenberg. The Swiss position on ISI qualification; D.H. Njo, W. Neumann. The Swedish utilities view on NDT qualification; U. Sandberg. IIW contribution to inspection validation; H. Wustenberg. ENIQ: European Network in Inspection Qualification; P. Lemaitre.
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