Topic
High-temperature corrosion
About: High-temperature corrosion is a research topic. Over the lifetime, 2294 publications have been published within this topic receiving 37540 citations.
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Book•
01 Jan 1999
TL;DR: In this article, the authors present an approach to accelerate and amplify the amount of damage caused by aqueous and high-temperature corrosion in a given environment and application.
Abstract: Introduction 1. Aqueous Corrosion 2. Environments and Application Examples 3. high-Temperature Corrosion 4. Modeling, Life Prediction, and Computer Applications 5. Corrosion Failures 6. Corrosion Maintenance Through Inspection And Monitoring 7. Acceleration and Amplification of Corrosion Damage 8. Materials Selection 9. Protective Coatings 10. Corrosion Inhibitors 11. Cathodic Protection 12. Anodic Protection
1,025 citations
TL;DR: In this paper, the potential corrosion problems associated with burning biomass fuels either alone or in blends with coal, for electricity production are discussed, and the most severe corrosion problems in biomass-fired systems are expected to occur due to Cl-rich deposits formed on superheater tubes.
669 citations
TL;DR: The need for these materials has to do with corrosion as discussed by the authors and at elevated temperatures, high temperature corrosion reactions occur at an alarming rate in unprotected materials or conventional materials such as carbon steel.
Abstract: The need for these materials has to do with corrosion. At elevated temperatures, high temperature corrosion reactions occur at an alarming rate in unprotected materials or conventional materials such as carbon steel. To reduce the occurrence of oxidation, and other corrosion processes such as carburization, sulfidation, halogen corrosion, salt corrosion and hot corrosion, engineers continue to develop materials that can withstand extreme temperatures, without compromising mechanical properties.
410 citations
Book•
01 Jan 2002
TL;DR: In this article, the authors present an excellent textbook for graduate and postgraduate courses on high temperature corrosion and oxidation for workers in the chemical, petrochemical, electric power generation, and related industries.
Abstract: This book explains the fundamentals of high temperature corrosion and oxidation. It will enable engineers and other technical personnel to understand: How quickly different metals react with different environments at high temperatures; The mechanisms of these reactions; The corrosivity of different environments; How to control reactions or how to protect metals from degradation; How to select the best materials for specific high temperature applications. Introduction to High Temperature Corrosion and Oxidation will be a great asset for workers in the chemical, petrochemical, electric power generation, and related industries. It is also an excellent textbook for graduate and postgraduate courses on high temperature corrosion. Contents: High Temperature Corrosion: Basics Defects in Metal Oxides Diffusion in Oxides Thin Layer Oxidation Thick Layer Oxidation: WagnerAs Theory Oxidation of Pure Metals Oxidation of Alloys Oxidation in Mixed Environments Hot Corrosion Spallation of Oxides Active Element Effect High Temperature Coatings Electron Optical Techniques for Scale Characterization Application of High Temperature Oxidation Appendices Index
372 citations