STP771

    Rolling Contact Fatigue Testing of Bearing Steels

    Hoo JJC
    Published: 1982


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    This volume is a collection of papers devoted entirely to the problems of rolling contact fatigue testing of bearing steels. It is a good reference for all engineers and metallurgists working with rolling bearings and bearing steels. The results obtained by past researchers and a review of the most up-to-date state of the art are contained.


    Table of Contents

    Introduction
    Hoo J.

    Summary
    Hoo J.

    NASA Five-Ball Fatigue Tester—Over 20 Years of Research
    Anderson W., Parker R., Zaretsky E.

    Materials Evaluation by Flat Washer Testing
    Hampshire J., Hollox G., Nash J.

    Unisteel Testing of Aircraft Engine Bearing Steels
    Day K.

    Development and Application of the Rolling Contact Fatigue Test Rig
    Bamberger E., Clark J.

    A Ball-Rod Rolling Contact Fatigue Tester
    Glover D.

    Accelerated Rolling Contact Fatigue Test by a Cylinder-to-Ball Rig
    Ito S., Muro H., Tsushima N.

    Investigation of Optimum Crowning in a Line Contact Cylinder-to-Cylinder Rolling Contact Fatigue Test Rig
    Ito S., Muro H., Sugiura I., Tsushima N.

    Observations of the Peeling Mode of Failure and Surface-Originated Flaking from a Ring-to-Ring Rolling Contact Fatigue Test Rig
    Muro H., Nagafuchi M., Tokuda M., Tsushima N.

    Methods of Testing for Rolling Contact Fatigue of Bearing Steels
    Galbato A.

    Experience of Element and Full-Bearing Testing of Materials over Several Years
    Amerongen E., Andersson T., Johnston G., Voskamp A.

    A Four-Bearing Fatigue Life Test Rig
    Hobbs R.

    Use of Accelerated Tests to Establish the Lubricant-Steel Interaction on Bearing Fatigue Life
    Eastaugh P.

    Rolling Bearing Life Tests and Scanning Electron Microscopy
    Morrison F., Yonushonis T., Zielinski J.

    Influence of Wear Debris on Rolling Contact Fatigue
    Macpherson P., Sayles R.

    Influence of Load on the Magnitude of the Life Exponent for Rolling Bearings
    Lorösch H.

    Analysis of Sets of Two-Parameter Weibull Data Arising in Rolling Contact Endurance Testing
    McCool J.

    Evaluation of Powder-Processed Metals for Turbine Engine Ball Bearings
    Bogardus G., Brown P., Dayton R., Schulze D.

    Rolling Contact Fatigue Evaluation of Advanced Bearing Steels
    Popgoshev D., Valori R.

    Rolling Contact Fatigue Mechanisms—Accelerated Testing Versus Field Performance
    Schlicht H., Zwirlein O.

    Effect of Platelike Carbides Below the Rolling Surface in a Ball-Washer Thrust Rolling Contact Fatigue Tester
    Koyanagi A., Tsubota K.

    Effect of Test Variables on the Rolling Contact Fatigue of AISI 9310 and VASCO X-2 Steels
    Carter C., Cellitti R., Lamothe R., Zagaeski T.

    Index


    Committee: A01

    Paper ID: STP771-EB

    DOI: 10.1520/STP771-EB

    ISBN-EB: 978-0-8031-4836-9

    ISBN-13: 978-0-8031-0712-0

    ASTM International is a member of CrossRef.

    0-8031-0712-9
    978-0-8031-0712-0
    STP771-EB