STP1404

    Bench Testing of Industrial Fluid Lubrication and Wear Properties Used in Machinery Applications

    Totten GE, Wedeven LD, Anderson M, Dickey JR

    Pages: 337

    Published: 2001

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    Overview

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    STP 1404 addresses various aspects of bench test selections and limitations, along with lubrication and wear simulations. Bench tests are commonly used to evaluate the lubrication and wear properties of industrial fluids when used in various types of machinery. They are often used without any validation of the lubrication and wear properties obtained in the machinery being modeled -- this has been a long-standing problem in the lubricants industry. This book attempts to address this problem.

    23 peer-reviewed papers cover:

    Problems of Bench Testing--discusses various difficulties associated with bench test selection, particularly as the test results correlate with equipment lubrication. Some suggestions to address equipment lubrication correlation problems are: selection of appropriate test conditions, development of custom-made test equipment, and use of lubrication and wear simulations to identify appropriate test conditions.

    Bench Tests and Test Development--examines proper design considerations and model validations to successfully apply bench tests in lubrication and wear analysis.

    Analysis--addresses a wide range of methodologies for evaluation of bench test results. These include examination of experimental test parameters, detection of boundary and EHD lubrication transitions, wear mode identification by debris analysis, and the utility of tribological aspect numbers.

    Modeling and Simulation--outlines the value and necessity of experimental simulation of tribological performance to properly evaluate machinery lubrication and wear problems.


    Table of Contents

    On The Reasons That Make Bench Tests Unrealiable
    Mizuhara K., Tomimoto M.

    Limitations of Bench Testing for Gear Lubricants
    Doleschel A., Hoehn B., Michaelis K.

    Use of Bench Tests to Evaluate Water-Glycol Hydraulic Fluid Lubrication
    Bishop R., Totten G., Xie L.

    The Luleå Ball and Disc Apparatus
    Eriksson E., Jonsson U., Larsson R., Lord J., Marklund O., Uusitalo &.

    A Spiral Orbit Rolling Contact Tribometer
    Kingsbury E., Pepper S.

    M-ROCLE Diesel and Biodiesel Fuel Lubricity Bench Test
    Hertz P., Munson J.

    Assessment of the Tribological Function of Lubricants for Sheet Metal Forming
    Filzek J., Groche P.

    Determination of Gear and Bearing Material Scuffing Limits Using High-Speed Disk Machines
    Alanou M., Evans H., Snidle R.

    Effects of Friction Modifiers on Wear Mechanism of Some Steels Under Boundary Lubrication Conditions
    Hu C., So H.

    Testing Extreme Pressure and Anti-Wear Performance of Crankcase and Gearbox Lubricants
    Alliston-Greiner A., Plint A., Plint M.

    Tribological Testing of Lubricants and Materials for the System “Piston Ring/Cylinder Liner” Outside of Engines
    Kelling N., Woydt M.

    Aircraft Hydraulic Pump Tests with Advanced Fire-Resistant Hydraulic Fluids
    Gschwender L., Sharma S., Snyder C.

    A New Device for Traction Measurement on Ice
    Cook M., Crisenberry R., Liang H., Xiao J.

    Influence of Test Parameters on Tribological Results — Synthesis from Round Robin Tests
    Woydt M.

    Identification of Boundary Friction Coefficient Under Mixed Lubrication in Block-on-Ring Friction Tester with Aid of Partial EHL Analysis
    Kyogoku K., Momozono S., Nakahara T., Tanaka S.

    Investigation of Frictional Properties of Lubricants at Transient EHD-Conditions
    Åhrström B.

    Bench Test Determinations of Wear Modes to Classify Morphological Attributes of Wear Debris
    Barraclough T., Roylance B., Sperring T.

    A New Look at an Old Idea: The Torque Curve Revisited
    Helmetag K.

    Evaluation of Fretting Wear Under Oscillating Normal Force
    Celis J., Huq M.

    The Use of Tribological Aspect Numbers in Bench Test Selection — A Review Update
    Anderson M.

    Corrosive Wear Testing of Metals in Seawater
    Kawazoe T., Ura A.

    Simulation of Tribological Performance of Coatings for Automotive Piston Ring and Timing Chain in Bench Testing
    Gao C., Gitis N., Nguyen N., Vinogradov M.

    Tribology Testing for Load Carrying Capacity of Aircraft Propulsion System Lubricating Oils
    Hille E., Wedeven L.

    Author Index

    Subject Index


    Committee: D02

    Paper ID: STP1404-EB

    DOI: 10.1520/STP1404-EB

    ISBN-EB: 978-0-8031-5453-7

    ISBN-PRINT: 978-0-8031-2867-5

    ASTM International is a member of CrossRef.

    0-8031-2867-3
    978-0-8031-2867-5
    STP1404-EB