Page 427 - Challenges in Corrosion Costs Causes Consequences and Control(2015)
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INDEX                                                           405

               utilities (U.S.), 118          Corrosion inhibitors See Inhibitors
               waterways and ports, 117, 256–257  CP See Cathodic protection
              crevice, 14–18, 21–23,42        Crack propagation, 62–66, 80
              damage, defects and failures, 325–389
              environmental implications, 397–398  Dealloying, 25–26, 28–30, 85
              filiform, 2, 14,18–19,77        Dealuminification, 29
              forms, 1–95                     Decohesion models, 85
              fretting See Fretting corrosion  Defects, 326–327
              galvanic, 1–2, 4–13, 33, 42, 52, 86, 305,  bulk, 327
                    390–391                     line, 327
              general, 1–14, 20                 planar and surface, 327
              graphitic, 10, 28                 point, 326
              high temperature, 354           Dezincification, 28
              IGC See Intergranular corrosion  Dissolution models, 84
                                              Drinking water systems, 265–274
              localized, 14–25, 27, 33, 35, 40, 42–43,
                                              Ductile mechanical models, 84
                    64–65, 81, 83
               electrochemical impedance
                                              Electric-arc-induced wear, 50
                    spectroscopy, 24–25
                                              Electric utilities, 154–157, 275
               electrochemical techniques for study of,
                                              Electrochemical noise (EN), 19, 24, 43
                    24
                                              Electronic components, 183–186
               SRET (Software Reliability
                                              Electronics industry, 304–306, 393–394
                    Engineering Testing), 25
                                              Environmentally induced cracking (EIC),
              measurement, 25, 44, 59
                                                       63, 67–89, 380–382
              mechanically assisted See Mechanically
                                              Erosion-corrosion, 50–51
                    assisted corrosion
                                              Exfoliation, 26, 30–31
              metallurgically influenced, 25–36
              MIC See Microbiologically-influenced  Failure, 328–389
                    corrosion                   aircraft components, 335–339
              naphthenic Acid, 175–176          Aloha accident, 381–382
              oil and gas well drilling and stimulation,  aluminum components in glass curtain
                    377–380                            wall, 347–350
              poultice, 17–18                   Bhopal accident, 382–383
              prevention, 205–315               bulk carriers, 387, 394
              research and development, 223     Carlsbad pipeline explosion, 383
              SCC See Stress corrosion cracking  cast iron-lined main, 332–334
              stray current, 13–14, 137–139, 245–246  chiller tubes, 351–354
              tests, 23, 43, 59, 68–69, 88–89   Chinese Airlines Boeing 747–200F,
              underbalanced drilling operations,       384–385
                    379–380                     cooling water tubes, 350–351
              underfilm, 18                     copper pipe in sprinkler system, 362–365
              underground, 376–377              cracking failures, 354–374
              underground gas and liquid transmission  crankshaft, 355–356, 358
                    pipelines, 244–253          cylinders, aluminum compressed air,
              water-related, 175                       334–335
              weld See Weldment corrosion       Davis-Besse Nuclear Plant, Oak Harbor,
            Corrosion enhanced plasticity models,      OH, 385
                    84–85                       ductile iron main, 331–332
            Corrosion fatigue (CF), 44, 58–69, 80–81  El Al Boeing 747, 384–385
              prevention, 66–67                 electric motor shaft, 356, 358, 360
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