Corrosion Control

  • Authors
  • Samuel A. Bradford

Table of contents

  1. Front Matter
    Pages i-xiii
  2. Samuel A. Bradford
    Pages 1-6
  3. Samuel A. Bradford
    Pages 7-32
  4. Samuel A. Bradford
    Pages 33-46
  5. Samuel A. Bradford
    Pages 47-76
  6. Samuel A. Bradford
    Pages 77-102
  7. Samuel A. Bradford
    Pages 103-130
  8. Samuel A. Bradford
    Pages 131-163
  9. Samuel A. Bradford
    Pages 164-187
  10. Samuel A. Bradford
    Pages 188-213
  11. Samuel A. Bradford
    Pages 214-234
  12. Samuel A. Bradford
    Pages 235-248
  13. Samuel A. Bradford
    Pages 249-264
  14. Samuel A. Bradford
    Pages 265-288
  15. Samuel A. Bradford
    Pages 289-312
  16. Samuel A. Bradford
    Pages 313-329
  17. Back Matter
    Pages 330-354

About this book


Human beings undoubtedly became aware of corrosion just after they made their first metals. These people probably began to control corrosion very so on after that by trying to keep metal away from corrosive environments. "Bring your tools in out of the rain" and "Clean the blood off your sword right after battle" would have been early maxims. Now that the mechanisms of corrosion are better understood, more techniques have been developed to control it. My corrosion experience extends over 10 years in industry and research and over 20 years teaching corrosion courses to university engineering students and industrial consulting. During that time I have developed an approach to corrosion that has successfully trained over 1500 engineers. This book treats corrosion and high-temperature oxidation separately. Corrosion is divided into three groups: (1) chemical dissolution including uniform attack, (2) electrochemical corrosion from either metallurgicalor environmental cells, and (3) corrosive-mechanical interactions. It seems more logical to group corrosion according to mechanisms than to arbitrarily separate them into 8 or 20 different types of corrosion as if they were unrelated. University students and industry personnel alike generally are afraid of chemistry and consequently approach corrosion theory very hesitantly. In this text the electrochemical reactions responsible for corrosion are summed up in only five simple half-cell reactions. When these are combined on a polarization diagram, which is explained in detail, the electrochemical pro­ cesses become obvious.


chemical reaction chemical reactions chemistry control corrosion design dynamics engine industry kinetics mechanisms metals plastics polarization reaction

Bibliographic information

Industry Sectors
Materials & Steel
Chemical Manufacturing
Consumer Packaged Goods
Energy, Utilities & Environment
Oil, Gas & Geosciences