Handbook of corrosion engineering - Roberge, Pierre R. (McGraw-Hill : New York, 2012)
ch.1. Introduction -- 1.1.The Study of Corrosion -- 1.2.Visualizing Corrosion Cells -- 1.3.A Simple Corrosion Model -- 1.4.So, What Is Corrosion? -- 1.5.Strategic Impact and Cost of Corrosion Damage -- References -- ch. 2 Environments -- 2.1.Atmospheric Corrosion -- 2.2.Corrosion in Water -- 2.3.Corrosion in Seawater -- 2.4.Corrosion in Soils -- 2.5.Reinforced Concrete -- 2.6.Microbes and Biofouling -- References -- ch. 3 High-Temperature Corrosion -- 3.1.Introduction -- 3.2.Thermodynamic Principles -- 3.3.Kinetic Principles -- 3.4.Practical High-Temperature Corrosion Problems -- References -- ch. 4 Modeling, Life Prediction, and Computer Applications -- 4.1.Models, Computers, and Corrosion -- 4.2.Historical Notes -- 4.3.Improvement in Computer and Communication Technologies -- 4.4.The Bottom-Up Approach -- 4.5.Top-Down Corrosion Models -- 4.6.Internet, the Web, and Corrosion -- References -- ch. 5 Corrosion Failures -- 5.1.Introduction -- 5.2.Mechanisms and Forms of Corrosion Failures -- 5.3.Investigating Corrosion Failures -- References -- ch. 6 Corrosion Maintenance through Inspection and Monitoring -- 6.1.The Cost of Poor Maintenance -- 6.2.Corrosion Management Strategies -- 6.3.Maintenance Strategies -- 6.4.Life-Cycle Asset Management -- 6.5.Inspection Strategies -- 6.6.Industrial Examples -- 6.7.What Is Corrosion Monitoring? -- 6.8.Corrosion-Monitoring Techniques -- 6.9.Corrosion-Monitoring Locations -- 6.10.Corrosion-Monitoring Systems -- 6.11.Integration in Process Control -- 6.12.Modeling the Corrosion-Monitoring Response -- 6.13.Probe Design and Selection -- 6.14.Data Communication and Analysis Requirements -- References -- ch. 7 Corrosion Testing -- 7.1.Introduction -- 7.2.Laboratory-Controlled Tests -- 7.3.Field Tests -- 7.4.Test Objectives -- 7.5.Procurement of Test Materials -- 7.6.Specimen Preparation -- 7.7.Controls -- 7.8.Specimen Arrangement for Corrosion Tests --7.9.Effects of Variables -- 7.10.Conducting the Test -- 7.11.Posttest Appraisals -- 7.12.Electrochemical Test Methods -- 7.13.Accelerated Test Environments -- 7.14.Surface Characterization Techniques -- References -- ch. 8 Engineering Materials: Selection and Design Considerations -- 8.1.Materials Selection -- 8.2.Corrosion-Aware Materials Selection -- 8.3.Selection Compromises -- 8.4.Materials Selection Road Map -- 8.5.Basics of Metallurgy -- 8.6.Engineering Materials -- 8.7.Design Considerations -- References -- ch. 9 Protective Coatings -- 9.1.Types of Coatings -- 9.2.Why Coatings Fail? -- 9.3.Soluble Salts and Coating Failures -- 9.4.Economic Aspects of Coatings Selection and Maintenance -- 9.5.Organic Coatings -- 9.6.Inorganic (Nonmetallic) Coatings -- 9.7.Metallic Coatings -- 9.8.Coating Inspection and Testing -- 9.9.Surface Preparation -- References -- ch. 10 Corrosion Inhibitors -- 10.1.Basic Concepts -- 10.2.Types of Inhibitors -- 10.3.Environmental Factors -- 10.4.Green Inhibitors -- 10.5.Application Techniques -- 10.6.Safety Precautions -- References -- ch. 11 Cathodic Protection -- 11.1.Cathodic Protection Historical Notes -- 11.2.How CP Works in Water? -- 11.3.How CP Works in Soils? -- 11.4.How CP Works in Concrete? -- 11.5.Cathodic Protection Components -- 11.6.Soil Resistivity Measurements -- 11.7.Potential to Environment -- 11.8.Current Requirement Tests -- 11.9.Stray Current Effects -- 11.10.Monitoring Pipeline CP Systems -- 11.11.Simulation and Optimization of CP Designs -- References -- ch. 12 Anodic Protection -- 12.1.Basic Concepts -- 12.2.Passivity of Metals -- 12.3.Equipment Required for Anodic Protection -- 12.4.Design Concerns -- 12.5.Applications -- 12.6.Practical Example: Anodic Protection in the Pulp and Paper Industry -- References.
Includes bibliographical references and index.
Keywords: Corrosion and anti-corrosives.; Protective coatings