Non-destructive testing and testability of materials and structures:
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| Main Authors: | , , |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
Lausanne
EPFL Press
[2021]
|
| Edition: | First edition |
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XIV, 302 Seiten Illustrationen, Diagramme |
| ISBN: | 9782889154401 |
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MARC
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Record in the Search Index
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| adam_text | CONTENTS FOREWORD......................................................................................... V Chapter 1 Chapter 2 NON-DESTRUCTIVE TESTING IN CONTEXT................................1 1.1 NDT and Quality Control........................................................... 3 1.2 NDT and Maintenance................................................................ 3 1.3 Cofrend Certification.................................................................. 5 1.4 The NDT Market.......................................................................... 7 1.5 References................................................................................... 10 CHOOSING AN OPTIMAL NDT METHOD................................... 11 2.1 Parameters with an Influence on the Choice of a Non-Destructive Method.................................................... 11 2.2 Examples Of Non-Destructive Evaluation (NDE)....................18 2.3 Choosing the Optimal NDT Method.......................................... 19 2.4 Qualification of NDT Methods.................................................. 20 2.5 Testability of Materials and Structures .................................... 21 2.6 Materials and Testability: the Example of Structural Materials............................................................... 22 2.7 Manufacturing Process and Testability: The Example of Welding........................................................... 29 2.8 Fatigue and Testability............................................................... 35 2.9 Corrosion and
Testability........................................................... 36 2.10 References....................................................................................37 Chapter 3 VISUAL TESTING............................................................................. 39 In collaboration with Michel DESCOMBRES (INSAVALOR) 3.1 Physical Principles..................................................................... 40 3.2 Technology and equipment........................................................ 42 3.3 Inspection Methods.................................................................... 44
Non-Destructive Testing Хц 3.4 Examples of applications............................................................ 45 3.5 Current and Future Potential....................................................... 49 3.6 References..................................................................................... 49 Chapter 4 PENETRANT TESTING...................................................................... 51 In collaboration with Michel DESCOMBES (INSAVALOR) 4.1 Physical principles....................................................................... 52 4.2 Technology: Products and Equipment....................................... 56 4.3 Testing Implementation...............................................................59 4.4 Examples of Application............................................................. 62 4.5 Current and Future Potential....................................................... 65 4.6 References..................................................................................... 66 Chapter 5 MAGNETIC TESTING........................................................................ 67 In collaboration with Michel DESCOMBES (INSAVALOR) 5.1 Physical Principles....................................................................... 68 5.2 Technology and Materials........................................................... 75 5.3 Testing Methods........................................................................... 81 5.4 Examples of Applications........................................................... 83 5.5 Current and Future
Potential....................................................... 86 5.6 References................................................................................... 88 Chapter 6 RADIOGRAPHIC TESTING.............................................................. 89 In collaboration with Jean-Michel LETANG (INSA LYON) and Jean-Michel FIEFFE (SIRAC) 6.1 Physical Principles.................................................................... 90 6.2 Technology and Equipment...................................................... 94 6.3 Methods of Testing................................................................... 104 6.4 Examples of Applications ....................................................... 108 6.5 Current and Future Potential................................................... 115 6.6 Radioprotection......................................................................... 119 6.7 References................................................................................. 121 Chapter 7 ULTRASONIC TESTING................................................................ 123 In collaboration with Jean-François CHAIX (AMU!LMA) and Joseph MOYSAN (AMUILMA) 7.1 Physical Principles................................................................... 124 7.2 Technology and Equipment.................................................... 136
Contents 7.3 XIII Methods of Testing................................................................... 147 7.4 Examples of Industrial Applications...................................... 156 7.5 Current and Future Potential....................................................165 7.6 References................................................................................. 168 Chapter 8 EDDY CURRENT TESTING.......................................................... 171 In collaboration with Yves JAYET (INSA LYON) 8.1 Physical Principles................................................................... 172 8.2 Technology And Equipment................................................... 177 8.3 Methods of Testing................................................................... 180 8 A Examples of Applications........................................................ 182 8.5 Current and Future Potential....................................................188 8.6 References.................................................................................190 Chapter 9 ACOUSTIC EMISSION TESTING................................................. 193 In collaboration with Nathalie GODIN (INSA LYON) 9.1 Physical Principles................................................................... 194 9.2 Technology and Equipment..................................................... 199 9.3 Data Analysis (Discrete Signals)............................................ 202 9.4 Examples of Industrial Applications....................................... 207 9.5 Current and Future
Potential....................................................210 9.6 References................................................................................212 Chapter 10 INFRARED THERMOGRAPHIC TESTING................................. 213 10.1 Physical Principles................................................................... 214 10.2 Technology and Equipment.................................................... 218 10.3 Methods of Testing................................................................... 220 10.4 Examples of Applications..................... ;................................. 222 10.5 Current and Future Potential................................................... 229 10.6 References.................................................................................229 Chapter 11 LEAK TESTING.............................................................................. 231 In collaboration with Francis CASADO (CEGELEC NDT) 11.1 Physical Principles................................................................... 232 11.2 Testing Techniques................................................................... 233 11.3 Limits of Test Efficiency........................................................ 240 11.4 Current and Future Potential................................................... 241 11.5 References................................................................................. 242
XIV Chapter 12 Non-Destructive Testing OTHER TESTING METHODS........................................................ 243 In collaboration with Michel DESCOMBES (INSAVALOR) 12.1 The ACFM Method.................................................................... 243 12.2 Super High Frequency, Microwaves, Radar, and Terahertz Methods....................................................... 246 12.3 Barkhausen Effect....................................................................... 249 12.4 Shearography.............................................................................. 252 12.5 Vibration Analysis, Impact-Echo.............................................. 255 12.6 References....................................................................................256 Chapter 13 NOISE AND HOSTILE ENVIRONMENTS: THE FACTORS OF DEGRADATION OF NON-DESTRUCTIVE MEASUREMENTS.................................... 259 13.1 Structural Noise......................................................................... 259 13.2 Environmental Constraints: Notion of Hostile Environments in NDT........................................................ 265 13.3 Conclusion................................................................................. 268 13.4 References................................................................................... 268 Chapter 14 SOLUTIONS TO COMPLEX NDT PROBLEMS: AN OVERVIEW OF DIFFERENT REFLECTION FOCUSES ....271 14.1 Modeling in NDT....................................................................... 271 14.2 Digital Processing of the Signal: Example of
Ultrasound.... 278 14.3 Digital Processing of NDT Images.......................................... 283 14.4 NDT Data Fusion....................................................................... 286 14.5 Potential: RC-CND, RE-CND, SHM....................................... 287 14.6 References.................................................................................. 290 Appendix A QUALIFICATION AND CERTIFICATION.................................... 293 In collaboration with Michel DESCOMBES (INSAVALOR) A.l Introduction.................................................................................293 A.2 History......................................................................................... 293 A.3 A few Definitions....................................................................... 294 A.4 Modes of Certification.............................................................. 295 A.5 A Comparison of the Certification Systems............................ 298 INDEX................................................................................................. 299
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| adam_txt |
CONTENTS FOREWORD. V Chapter 1 Chapter 2 NON-DESTRUCTIVE TESTING IN CONTEXT.1 1.1 NDT and Quality Control. 3 1.2 NDT and Maintenance. 3 1.3 Cofrend Certification. 5 1.4 The NDT Market. 7 1.5 References. 10 CHOOSING AN OPTIMAL NDT METHOD. 11 2.1 Parameters with an Influence on the Choice of a Non-Destructive Method. 11 2.2 Examples Of Non-Destructive Evaluation (NDE).18 2.3 Choosing the Optimal NDT Method. 19 2.4 Qualification of NDT Methods. 20 2.5 Testability of Materials and Structures . 21 2.6 Materials and Testability: the Example of Structural Materials. 22 2.7 Manufacturing Process and Testability: The Example of Welding. 29 2.8 Fatigue and Testability. 35 2.9 Corrosion and
Testability. 36 2.10 References.37 Chapter 3 VISUAL TESTING. 39 In collaboration with Michel DESCOMBRES (INSAVALOR) 3.1 Physical Principles. 40 3.2 Technology and equipment. 42 3.3 Inspection Methods. 44
Non-Destructive Testing Хц 3.4 Examples of applications. 45 3.5 Current and Future Potential. 49 3.6 References. 49 Chapter 4 PENETRANT TESTING. 51 In collaboration with Michel DESCOMBES (INSAVALOR) 4.1 Physical principles. 52 4.2 Technology: Products and Equipment. 56 4.3 Testing Implementation.59 4.4 Examples of Application. 62 4.5 Current and Future Potential. 65 4.6 References. 66 Chapter 5 MAGNETIC TESTING. 67 In collaboration with Michel DESCOMBES (INSAVALOR) 5.1 Physical Principles. 68 5.2 Technology and Materials. 75 5.3 Testing Methods. 81 5.4 Examples of Applications. 83 5.5 Current and Future
Potential. 86 5.6 References. 88 Chapter 6 RADIOGRAPHIC TESTING. 89 In collaboration with Jean-Michel LETANG (INSA LYON) and Jean-Michel FIEFFE (SIRAC) 6.1 Physical Principles. 90 6.2 Technology and Equipment. 94 6.3 Methods of Testing. 104 6.4 Examples of Applications . 108 6.5 Current and Future Potential. 115 6.6 Radioprotection. 119 6.7 References. 121 Chapter 7 ULTRASONIC TESTING. 123 In collaboration with Jean-François CHAIX (AMU!LMA) and Joseph MOYSAN (AMUILMA) 7.1 Physical Principles. 124 7.2 Technology and Equipment. 136
Contents 7.3 XIII Methods of Testing. 147 7.4 Examples of Industrial Applications. 156 7.5 Current and Future Potential.165 7.6 References. 168 Chapter 8 EDDY CURRENT TESTING. 171 In collaboration with Yves JAYET (INSA LYON) 8.1 Physical Principles. 172 8.2 Technology And Equipment. 177 8.3 Methods of Testing. 180 8 A Examples of Applications. 182 8.5 Current and Future Potential.188 8.6 References.190 Chapter 9 ACOUSTIC EMISSION TESTING. 193 In collaboration with Nathalie GODIN (INSA LYON) 9.1 Physical Principles. 194 9.2 Technology and Equipment. 199 9.3 Data Analysis (Discrete Signals). 202 9.4 Examples of Industrial Applications. 207 9.5 Current and Future
Potential.210 9.6 References.212 Chapter 10 INFRARED THERMOGRAPHIC TESTING. 213 10.1 Physical Principles. 214 10.2 Technology and Equipment. 218 10.3 Methods of Testing. 220 10.4 Examples of Applications. ;. 222 10.5 Current and Future Potential. 229 10.6 References.229 Chapter 11 LEAK TESTING. 231 In collaboration with Francis CASADO (CEGELEC NDT) 11.1 Physical Principles. 232 11.2 Testing Techniques. 233 11.3 Limits of Test Efficiency. 240 11.4 Current and Future Potential. 241 11.5 References. 242
XIV Chapter 12 Non-Destructive Testing OTHER TESTING METHODS. 243 In collaboration with Michel DESCOMBES (INSAVALOR) 12.1 The ACFM Method. 243 12.2 Super High Frequency, Microwaves, Radar, and Terahertz Methods. 246 12.3 Barkhausen Effect. 249 12.4 Shearography. 252 12.5 Vibration Analysis, Impact-Echo. 255 12.6 References.256 Chapter 13 NOISE AND HOSTILE ENVIRONMENTS: THE FACTORS OF DEGRADATION OF NON-DESTRUCTIVE MEASUREMENTS. 259 13.1 Structural Noise. 259 13.2 Environmental Constraints: Notion of Hostile Environments in NDT. 265 13.3 Conclusion. 268 13.4 References. 268 Chapter 14 SOLUTIONS TO COMPLEX NDT PROBLEMS: AN OVERVIEW OF DIFFERENT REFLECTION FOCUSES .271 14.1 Modeling in NDT. 271 14.2 Digital Processing of the Signal: Example of
Ultrasound. 278 14.3 Digital Processing of NDT Images. 283 14.4 NDT Data Fusion. 286 14.5 Potential: RC-CND, RE-CND, SHM. 287 14.6 References. 290 Appendix A QUALIFICATION AND CERTIFICATION. 293 In collaboration with Michel DESCOMBES (INSAVALOR) A.l Introduction.293 A.2 History. 293 A.3 A few Definitions. 294 A.4 Modes of Certification. 295 A.5 A Comparison of the Certification Systems. 298 INDEX. 299 |
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| spelling | Corneloup, Gilles 1951- Verfasser (DE-588)1141412292 aut Non-destructive testing and testability of materials and structures Gilles Corneloup, Cécile Gueudré and Marie-Aude Ploix First edition Lausanne EPFL Press [2021] XIV, 302 Seiten Illustrationen, Diagramme txt rdacontent n rdamedia nc rdacarrier Zerstörungsfreie Werkstoffprüfung (DE-588)4067689-4 gnd rswk-swf Zerstörungsfreie Werkstoffprüfung (DE-588)4067689-4 s DE-604 Gueudré, Cecile Verfasser (DE-588)1274469759 aut Ploix, Marie-Aude Verfasser (DE-588)1274469880 aut Digitalisierung UB Bamberg - ADAM Catalogue Enrichment application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033895832&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Corneloup, Gilles 1951- Gueudré, Cecile Ploix, Marie-Aude Non-destructive testing and testability of materials and structures Zerstörungsfreie Werkstoffprüfung (DE-588)4067689-4 gnd |
| subject_GND | (DE-588)4067689-4 |
| title | Non-destructive testing and testability of materials and structures |
| title_auth | Non-destructive testing and testability of materials and structures |
| title_exact_search | Non-destructive testing and testability of materials and structures |
| title_exact_search_txtP | Non-destructive testing and testability of materials and structures |
| title_full | Non-destructive testing and testability of materials and structures Gilles Corneloup, Cécile Gueudré and Marie-Aude Ploix |
| title_fullStr | Non-destructive testing and testability of materials and structures Gilles Corneloup, Cécile Gueudré and Marie-Aude Ploix |
| title_full_unstemmed | Non-destructive testing and testability of materials and structures Gilles Corneloup, Cécile Gueudré and Marie-Aude Ploix |
| title_short | Non-destructive testing and testability of materials and structures |
| title_sort | non destructive testing and testability of materials and structures |
| topic | Zerstörungsfreie Werkstoffprüfung (DE-588)4067689-4 gnd |
| topic_facet | Zerstörungsfreie Werkstoffprüfung |
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