http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
1 online resource (vii, 319 pages) : illustrations
It is now 10 years since the first edition of Engineering Coatings by Stan Grainger appeared. The success of that edition, and the developments in the area since its publication make this new edition a valuable addition to the literature on the subject. This new edition describes the many methods by which surface coatings or surface modification can be carried out to delay surface degradation and prolong the useful life of engineering components. Since surface technology has advanced in many areas, new techniques such as the newer thermal spray processes and laser surfacing are now covered and the book has been expanded to include more coverage on corrosion. Major changes have also taken place in health and safety legislation, and the sections covering health and safety have been entirely revised as a result. Engineering Coatings with its breadth of coverage and sound basis in industrial practice is an invaluable guide to methods which have the potential to save money in many industries concerned with wear, corrosion, welding and thermal spraying of engineering components.
Front Cover; Engineering Coatings: Design and Application; Copyright Page; Table of Contents; Preface to the first edition; Preface to the second edition; Chapter 1. Introduction; Surfacing materials and processes; Material/process selection; Using the book; Chapter 2. Mechanisms of wear and corrosion; Basic mechanisms of wear; Corrosion; Mixed attack mechanisms; Testing for wear resistance; Material selection for wear resistance; Testing for corrosion resistance; Material selection for corrosion resistance; Chapter 3. Weld surfacing; Characteristics of weld surfacing.
Materials for weld surfacing and their selectionArc welding processes for surfacing; Other fusion welding and forge welding processes; Metallurgical and related effects of weld surfacing on substrate and coating; Preparation and design for weld surfacing; Practical considerations; Chapter 4. Thermal spray processes; Thermal spray materials; Characteristics of generic low energy thermal spray processes; Characteristics of the high energy thermal spray processes; Spray fused coatings; Design for thermally sprayed coatings; Coating production; Conclusions; Chapter 5. Electrodeposited coatings.
Basic principlesSelection; Design; Substrate materials; Surface preparation; Finishing; Specifications, inspection and quality assurance; Chapter 6. Physical and chemical vapour deposition techniques; The processes; Vacuum evaporation; Evaporation sources; Gas scattering deposition; Sputter coating; Ion implantation; Chemical vapour deposition; Comparison of processes; Design for physical and chemical vapour deposition; Chapter 7. Polymer coatings; Materials; Application processes; Designing for polymer coatings; Summary.
Chapter 8. Finishing of surface coatings applied by welding and thermal sprayingThe need for machining; Spray fused and welded coatings; Thermally sprayed coatings; Chapter 9. Ensuring quality in surfacing; The quality plan; Testing and inspection of coated components; Conclusions; Chapter 10. Safe working in surfacing; Surfacing by welding and thermal spraying; Vacuum deposition; Electrodeposition; Bibliography; Chapter 11. Industrial applications of engineering coatings; The aircraft industry; Chemical and petroleum industries; Earthmoving, agricultural, quarrying and mining.
Internal combustion (piston) enginesFood; Forging; Glass; Pulp and paper; Plastics and rubber; Power generation; Steelmaking/general metal forming; Textiles; Timber; Transport; Glossary of terms used in surfacing; List of contributors; Index.
[edited by] Stan Grainger and Jane Blunt.
Woodhead Publishing series in metals and surface engineering