Mechanical Properties, Performance, and Failure Modes of CoatingsThe use of coatings in industry is growing and will continue to grow because of the economic and technical advantages they offer over uncoated materials. Although a wide variety of materials and application of techniques are available, much less is known about the properties of specific coatings and their measurement. This 1984 volume contains some 26 papers that were presented at a 1983 symposium organized to explore these questions. The symposium was divided into five sessions dealing with coating technologies, measurement of coating properties, marine coatings, field applied coatings for corrosion control and tribological coatings. |
Contents
ToolLife of HighSpeed Steel Tools Coated with | 18 |
Arc Coating Processes abstract only | 26 |
Electrodeposition of NickelChromium Alloys | 39 |
MEASUREMENT OF COATING PROPERTIES | 49 |
Electroformed Microhardness Standards | 55 |
MARINE COATINGS | 61 |
Low Friction Hull Coatings for Ships | 72 |
Coatings for Corrosion Control of Navy Ships | 82 |
FIELD APPLIED COATINGS FOR CORROSION CONTROL | 99 |
SESSION | 135 |
Coatings for Erosion Resistance | 148 |
Tribological Properties of Magnetron Sputtered | 177 |
Polishing Wear Studies of Coating Materials | 201 |
Solid Lubrication of Steel by SbSbS4 | 208 |
Other editions - View all
Mechanical Properties, Performance, and Failure Modes of Coatings T. Robert Shives,Marshall B. Peterson No preview available - 2008 |
Common terms and phrases
abrasion accelerated acoustic adhesion alloys aluminum appear applications areas blister carbide cavitation changes chemical chromium coating coefficient components composite compounds containing copper corrosion cutting damage deposition determined developed diamond discussed effect electroless energy engines Epoxy erosion evaluate exposure failure Figure film friction function hardness hull increase INERTA laboratory layer load loss lubricant materials measured mechanical Meeting metal method needed nickel obtained operation paint particles performance plating possible powder present pressure problem produced properties protection rain range reduced relative removal reported require ring roughness rust samples SbSbS4 selected ship shown shows sliding Solid specific specimens speed sputtering standard steel stress substrate surface Table techniques Technology teflon temperature thermal thickness thin TiN coated tool tribological types values vapor Vendor wear rate wear resistance Wear Test