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The mechanism of rolling friction I. The plastic range
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Eldredge, K.R.1
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Hysteresis losses in rolling and sliding friction
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The mechanism of rolling friction II. The elastic range
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Tabor, D., The mechanism of rolling friction II. The elastic range. Proc. Roy. Soc. Ser. A, 1955, 229, 198-220.
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The effect of ball bearing steel structure on rolling friction and contact plastic deformation
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Drutowski, R. C. and Mikus, E. B., The effect of ball bearing steel structure on rolling friction and contact plastic deformation. ASME J. Basic Eng., 1960, 82, 302-308.
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Drutowski, R.C.1
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Kinematics of an elastic rolling on a plane and between two planes
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Kingsbury, E. Kinematics of an elastic rolling on a plane and between two planes. ASME Preprint, 92-Trib-15, 1992, 1-5.
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Kingsbury, E.1
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Microslip and traction in rolling contacts between steel specimens with surface layer containing sulphur
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Rolling vs. sliding friction
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Trib-Vol. 2
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Avitzur B., Eto M. and Kay E. Rolling vs. sliding friction. Tribological Aspects in Manufacturing, ASME, PED-Vol. 54/Trib-Vol. 2, 1991, 165-175.
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Avitzur, B.1
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10
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Feasibility study of a rolling coefficient of friction test machine
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Kamphuis K. and Ward J. Feasibility study of a rolling coefficient of friction test machine. ASME Preprint, 90-WA/DE-26, 1990, 1-5.
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Kamphuis, K.1
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11
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Energy losses of balls rolling on plates
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Drutowski, R. C., Energy losses of balls rolling on plates. ASME J., Basic Eng., 1959, 81, 233-238.
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Drutowski, R.C.1
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12
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The volume of stressed material involved in the rolling of a ball
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Drutowski, R. C., The volume of stressed material involved in the rolling of a ball. ASME J., Basic Eng., 1961, 83, 162-168.
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A model for Coulomb torque hysteresis in ball bearing
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