SEDL / STP / STP1199-EB

STP1199
Tribology: Wear Test Selection for Design and Application

Ruff AW, Bayer RG
Pages: 186
Published: 1993

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12 peer-reviewed papers provide practical information on the selection and use of wear tests in engineering. Includes guidance in deciding how to test for wear of new materials or design; actual examples of successful wear testing; and suggested approaches by experts.



Table of Contents

Development of a Wear Test for Adiabatic Diesel Ring and Liner Materials
Gaydos P., Glaeser W.

Friction Characteristics of Plastic Plain Bearings at Low Velocity
Budinski K.

Laboratory and Robot Wear Test Selection for Computer Peripherals
Bayer R.

Realizing Bench Test Solutions to Field Tribology Problems by Utilizing Tribological Aspect Numbers
Voitik R.

Extreme Pressure and Anti-Wear Properties of Lubricants: A Critical Study of Current Test Methods and Suggestions for the Future
Alliston-Greiner A., Plint M.

Comparison of Laboratory Abrasion Tests and Field Tests of Materials Used in Tillage Equipment
Swanson P.

The Miller Number — A Review
Miller J.

Test Methods and Applications for Slurry Erosion — A Review
Clark H.

A Retrospective Survey of the Use of Laboratory Tests to Simulate Internal Combustion Engine Materials Tribology Problems
Blau P.

Laboratory Wear Tests for Qualifying Automotive Air-Conditioning Lubricants for Use with Refrigerant HFC-134a
Baker J., Rounds F., Serrianne B., Spearot J., Tseregounis S.

Friction and Wear Set-Up for Simulation of Knee Joint
Bahadur S.

The Use of Surface Layer Activation to Measure Ring Wear in an Operating Heavy Duty Diesel Engine
Covington C., Truhan J.

Committee: G02
Paper ID: STP1199-EB
DOI: 10.1520/STP1199-EB
ISBN-EB: 978-0-8031-5248-9

ASTM International is a member of CrossRef.
0-8031-1856-2
978-0-8031-1856-0
STP1199-EB