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[1] C.W. Cornish, R.F. Watts, Basestock Requirements
of Evolving Automatic Transmission Fluid Specifications,”
NPRA Paper AM-96-34.
[2] Product Review, “Oil Refining and Lubricant Base
Stocks,” Industrial Lubrication and Tribology, Vol. 49, No.
4, July/August 1997, 181-188.
[3] T. Sasaki et al, “Development of Automotive
Lubricants Based on High-Viscosity Index Base Stock,”
SAE Paper 951028.
[4] J.A. Patel, M.P. Smith, J.R. Powers, J.R. Whiteman,
G.F. Prescott, “Composition and Performance of a
Hydroisomerized Wax Base Oil,” PREPRINTS-Division of
Petroleum Chemistry, American Chemical Society, Vol.
42, No. 1, February, 1997.
[5] A. Sequira, J.R. Whiteman, J.B. Holland, D.G. Roy,
G.F. Prescott, U.S. Patent 5,292,426, March 8, 1994.
[6] A.J. Stipanovic, M.P. Smith, G.P. Firmstone, J.A.
Patel, “Compositional Analysis of Re-Refined and Non-
Conventional Lubricant Base Oils; Correlations to
Sequence VE and IIIE Gasoline Engine Tests,” SAE
Paper 941978.
[7] Chrysler Corporation, “Engineering Specification MS-
7176 Change E”, May 14, 1997
[8] Ford Motor Company, “MERCON Automatic
Transmission Fluid Specification trademarked for Service”,
September 1, 1992
[9] Ford Motor Company, “MERCONV Automatic
Transmission Fluid Specification Trademarked for
Service”, February 1, 1996
Acceptable Torque Converter
Clutch Gradual Unlock
Time
Torque
Unacceptable Torque Converter
Clutch Gradual Unlock
Time
Torque
12
[10] P. A. Willermet, L. R. Mahoney, S. K. Kandah, A. W.
Sever, “The Prediction of ATF Service Life from
Laboratory Oxidation Test Data”, SAE Paper 801363,
1980
[11] P. A. Willermet, S. K. Kandah, “The Aluminum Beaker
Oxidation Test for MERCON World-Wide Service ATF”,
SAE Paper 881673, October, 1988
[12] T. S. Derevjanik, “Improvements to the Aluminum
Beaker Oxidation Test (ABOT) for Automatic Transmission
Fluids”, SAE Paper 941884, October, 1994
[13] W. C. Ward, Jr., J. J. Nunnari, K. A. Murray, “OEM
Developments – ATF For Better Transmission Durability”,
NPRA AM-97-41, March 16-18, 1997
[14] R. Fewkes, D. G. Hughes, I. E. Joseph, J. L.
Sumiejski, “Diversification of Automatic Transmission Fluid
Technology”, Technische Akademie Esslingen 10th
International Colloquium, January 9-11, 1996
[15] J. W. Sprys, D. R. Vaught, E. L. Stephens, “Shear
Viscosities of Automatic Tansmission Fluids”, SAE Paper
941885, October, 1994
[16] W. C. Ward, Jr., J. L. Sumiejski, C. J. Castanien, T. A.
Tagliamonte, E. A. Schiferl, “Friction and Stick-Slip
Durability Testing of ATF”, SAE Paper 941883, October,
1994
[17] H. Ohtani, R. J. Hartley, D. W. Stinnett, “Prediction of
Anti-Shudder Properties of Automatic Transmission Fluids
using a Modified SAE No.2 Machine”, SAE Paper 940821,
February, 1994
[18] R. C. Lam, Y-F Chen, “Friction Material for
Continuous Slip Torque Converter Applications: Anti-
Shudder Considerations”, SAE Paper 941031, February,
1994
[19] W. C. Ward, Jr., M. Higashi, “The Effect of Lubricant
Degradation on Frction Charateristic in the SAE No.2
Tester and Low Velocity Friction Apparatus”, International
Tribology Conference, Yokohama 1995
[20] R. F. Watts, R. K. Nibert, M. Tandon, “Evaluation of
Anti-Shudder Characteristics and Anti-Shudder Durability
of Automatic Transmission Fluids”, International Tribology
Conference, Yokohama 1995
[21] R. F. Watts, et al, “Prediction of Low Speed Clutch
Shudder in Automatic transmissions Using the Low
Velocity Friction Apparatus”, 7th International Colloquium
Automotive Lubrication Technische Academie, June 17.
1990
[22] R. Ashikawa, T. Naruse, H. Kuroshina, T. Matsuoka,
T. Adachi, T. Nakayama, “ATF Characteristics Required
for the Latest Automatic Transmissions”, SAE Paper
932849