PDF Free Download | Corrosion Tests And Standards Application And Interpretation 2nd Edition by Robert Baboian

Contents of Corrosion Tests And Standards

• I: GENERAL INFORMATION
• II: TESTING AND EVALUATION
• Chapter 1. Planning and Design of Tests
• Chapter 2. Types of Data
• Chapter 3. Metallographic Analysis
• Chapter 4. Surface Analysis
• Chapter 5. Statistical Treatment of Data, Data Interpretation, and Reliability
• Chapter 6. Computer Based Data Organization and Computer Applications
• III: TYPES OF TESTS
• Chapter 7. Electrochemical Tests
• Chapter 8. Cabinet Tests
• Chapter 9. Immersion Testing
• Chapter 10. High-Temperature and High-Pressure Corrosion Testing
• Chapter 11. Atmospheric
• Chapter 12. Seawater
• Chapter 13. Freshwater
• Chapter 14. Soils
• Chapter 15. Industrial Applications
• Chapter 16. High-Temperature
• IV: TESTING FOR CORROSION TYPES
• Chapter 17. Uniform Corrosion
• Chapter 18. Pitting
• Chapter 19. Crevice Corrosion
• Chapter 20. Galvanic
• Chapter 21. Intergranular
• Chapter 22. Surface Analysis
• Chapter 23. Statistical Treatment of Data, Data Interpretation, and Reliability
• Chapter 24. Computer Based Data Organization and Computer Applications
• III: TYPES OF TESTS
• Chapter 25. Electrochemical Tests
• Chapter 26. Cabinet Tests
• Chapter 27. Immersion Testing
• Chapter 28. High-Temperature and High-Pressure Corrosion Testing
• Chapter 29. Atmospheric
• Chapter 30. Seawater
• Chapter 31. Freshwater
• Chapter 32. Soils
• Chapter 33. Industrial Applications
• Chapter 34. High-Temperature
• IV: TESTING FOR CORROSION TYPES
• Chapter 35. Uniform Corrosion
• Chapter 36. Pitting
• Chapter 37. Crevice Corrosion
• Chapter 38. Galvanic
• Chapter 39. Intergranular
• Chapter 40. Exfoliation
• Chapter 41. Erosion, Cavitation, and Fretting
• Chapter 42. Dealloying
• Chapter 43. Corrosion Inhibitors
• Chapter 44. Corrosion Testing in In Vivo Environments
• Chapter 45. Microbiological Effects
• VI: MATERIALS TESTING
• Chapter 46. Zinc
• Chapter 47. Lead (and Alloys)
• Chapter 48. Magnesium (and Alloys)
• Chapter 49. Aluminum (and Alloys)
• Chapter 50. Steels
• Chapter 51. Copper (and Alloys)
• Chapter 52. Nickel (and Alloys)
• Chapter 53. Stainless Steels
• Chapter 54. Cobalt-Base Alloys
• Chapter 55. Titanium
• Chapter 56. Zirconium and Hafnium
• Chapter 57. Tantalum and Niobium Alloys
• Chapter 58. Metallic Coatings on Steel
• Chapter 59. Nonmetallic Coatings
• Chapter 60. Metal-Matrix Composites
• Chapter 61. Electrodeposits
• Chapter 62. Powder Metallurgy (P/M) Materials
• VII: TESTING IN INDUSTRIES
• Chapter 63. Automotive
• Chapter 64. Commercial Aircraft
• Chapter 65. Military Aircraft and Associated Equipment
• Chapter 66. Pipeline
• Chapter 67. Highways, Tunnels, and Bridges
• Chapter 68. Marine—Piers and Docks
• Chapter 69. Electric Power
• Chapter 70. Nuclear Power
• Chapter 71. Steam Generation
• Chapter 72. Flue Gas Desulfurization
• Chapter 73. Electronics
• Chapter 74. Telecommunications
• Chapter 75. Metals Processing
• Chapter 76. Chemical Processing
• Chapter 77. Pulp and Paper
• Chapter 78. Petroleum Production and Refining
• Chapter 79. Food and Beverage
• Chapter 80. Water Handling Systems
• Chapter 81. Environmental Cracking—Stress Corrosion
• Chapter 82. Environmental Cracking—Corrosion Fatigue
• Chapter 83. Hydrogen Damage
• V: TESTING IN ENVIRONMENTS
• Chapter 84. Outdoor Atmospheres
• Chapter 85. Indoor Atmospheres
• Chapter 86. Seawater
• Chapter 87. Freshwater
• Chapter 88. Soils
• Chapter 89. Concrete
• Chapter 90. Industrial Waters
• Chapter 91. Industrial Chemicals
• Chapter 92. Petroleum
• Chapter 93. High-Temperature Gases
• Chapter 94. Organic Liquids
• Chapter 95. Molten Salts
• Chapter 96. Liquid Metals