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Marine and offshore corrosion /
Marine and Offshore Corrosion.
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
London ; Boston :
Butterworths,
1985.
|
| Colección: | Marine engineering series.
|
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Marine and OffshoreCorrosion; Copyright Page; Preface; Acknowledgements; Table of Contents; Chapter 1. Introduction : The control of corrosion in marineenvironments; 1.1 THE CORROSION PROCESS; 1.2 CORROSION CONTROL; Chapter 2. Principles of corrosion; 2.1 INTRODUCTION; 2.2 WHY METALS CORRODE; 2.3 RATE AND FORM OF CORROSION; 2.4 ELECTROCHEMICAL MECHANISM OF CORROSION; 2.5 SPONTANEITY OF REACTION; 2.6 RATES OF ANODIC AND CATHODIC REACTIONS; 2.7 CORROSION PRODUCTS; 2.8 EQUILIBRIUM AND EQUILIBRIUM POTENTIALS; 2.9 MEASUREMENT OF POTENTIALS OF HALF-CELLS; 2.10 ELECTRODE POLARISATION
- 2.11 POTENTIAL-pH EQUILIBRIUM DIAGRAMS2.12 POTENTIAL-CURRENT DIAGRAMS; 2.13 PASSIVATION; 2.14 ANODICE-i CURVES; 2.15 FURTHER READING; Chapter 3. Marine environments; 3.1 SEA WATER; 3.2 TEMPERATURE; 3.3 DISSOLVED GASES; 3.4 HYDROGEN SULPHIDE AND AMMONIA; 3.5 CARBON DIOXIDE; 3.6 ELECTRICAL CONDUCTIVITY; 3.7 pH OF SEAWATER; 3.8 CALCAREOUS SCALES; 3.9 GLOBAL VARIATIONS IN SEA WATER; 3.10 FOULING; 3.11 CORROSION UNDER IMMERSED CONDITIONS; 3.12 ATMOSPHERIC MARINE ENVIRONMENTS; 3.13 REFERENCES; Chapter 4. Forms of corrosion; 4.1 GENERAL ATTACK; 4.2 LOCALISED CORROSION; 4.3 SELECTIVE LEACHING
- 4.4 INTERGRANULAR CORROSION4.5 VELOCITY EFFECTS ON CORROSION; 4.6 STRESS CORROSION CRACKING; 4.7 CORROSION FATIGUE; 4.8 FRETTING CORROSION; 4.9 FRETTING FATIGUE; 4.10 FILIFORM CORROSION; 4.11 BIMETALLIC CORROSION; 4.12 HIGH-TEMPERATURE OXIDATION; 4.13 THE ROLE OF BACTERIA IN CORROSION; 4.14 REFERENCES; Chapter 5. Ferrous alloys; 5.1 CARBON STEEL; 5.2 LOW-ALLOY STEELS; 5.3 CAST IRONS; 5.4 STAINLESS STEELS; 5.5 SPECIAL STAINLESS STEELS FOR SEA WATER; 5.6 REFERENCES; Chapter 6. Non-ferrous metals andalloys; 6.1 COPPER AND COPPER-BASE ALLOYS; 6.2 NICKEL ALLOYS; 6.3 ALUMINIUM AND ALUMINIUM ALLOYS
- 6.4 TITANIUM6.5 MAGNESIUM; 6.6 OTHER METALS AND MATERIALS USED INMARINE SITUATIONS; 6.7 REFERENCES; Chapter 7. Design; 7.1 FEATURES THAT PROMOTE CORROSION; 7.2 ACCESS FOR MAINTENANCE; 7.3 ENVIRONMENT CONTROL IN STRUCTURES; 7.4 SPECIAL SITUATIONS; 7.5 BIMETALLIC CORROSION; 7.6 FLOWING WATER SYSTEMS; 7.7 REFERENCES; Chapter 8. The selection of materials for marineenvironments; 8.1 FACTORS INVOLVED IN THE SELECTIONOF MATERIALS; 8.2 COSTS AND RELIABILITY; 8.3 QUALITY CONTROL; 8.4 CORROSION DATA; 8.5 MATERIALS FOR SALTWATER SYSTEMS; 8.6 GENERAL SUMMARY; 8.7 REFERENCES
- Chapter 9. Protective coatings for steelwork
- surface preparation of steelbefore painting9.1 THE NATURE OF THE STEEL SURFACE; 9.2 CLEANING OF STEELWORK; 9.3 ACID PICKLING; 9.4 FLAME CLEANING; 9.5 STANDARDS FOR SURFACECLEANLINESS; 9.6 SURFACE PROFILE; 9.7 SOLUBLE CORROSION PRODUCTS; 9.8 PREPARATION OF WELDS; 9.9 REFERENCES; Chapter 10. Paint coatings; 10.1 PAINT SYSTEMS; 10.2 PIGMENTS; 10.3 PAINT ADDITIVES, SOLVENTS AND DILUENTS; 10.4 BINDERS; 10.5 TYPES OF PAINT; 10.6 HIGH-DUTY COATINGS AND PLASTICS COATINGS; 10.7 WRAPPING TAPES; 10.8 PAINT APPLICATION; 10.9 TEMPORARY PROJECTION