... 1991, p
2 9-1 to 2 9-2 0
49.
P.J. Blau and C.D. Ols
on, An Application of Thermal Wave Microscopy to Research on the Sliding Wear
Break-In Behavior of a Tarnished Cu-15 wt% Zn Alloy, Wear of Materials ... Heinrich, Electron Beam X-Ray Microanalysis, Van Nostrand Reinhold, 1981
48.
L.K. Ives, Abrasive Wear by Coal-Fueled Engine Particles, Proceedings Corrosion Erosion-
Wea...
...
tribosystem, three different wear stages can be distinguished:
• Self-accommodation or running-in wear
• Steady-state wear
• Self-acceleration (catastrophic damage) of wear
These wear mode changes in ...
S.C. Lim, M.F. Ashby, and J.H. Bruton, Wear-
Rate Transitions and their Relationship to Wear
Mechanisms, Acta Metall., Vol 35, 1987, p 134 3-1 348
Concepts of Reli...
... 6 0-4 0 brass pin rubbed by an 18W-4Cr-1V-1C composition high-
speed
tool steel wheel
particularly by McDowell, Tierney, and McClellan (Ref 4) showed that the con-joint action of fretting and ... tested with a 10 and 30 N (1 and 3 kgf)
load
Fig. 14 Typical wear behavior of a polymer, showing the break-in period and the steady-
state period of the
curve generated when wea...
... p 20 7-2 25
18.
R.G. Bayer, Impact Wear of Elastomers, Wear, Vol 112, 1986, p 10 5-1 20
19.
P.A. Engel and D.L. Millis, Surface Topography Study in Impact Wear, Wear, Vol 75, 1982, p 42 3-4 42 ... impact contribution.
Zero -Wear Limit. In order to establish the zero -wear limit as a quantitative, semi-empirical relation, an extension of the
Bayer-Ku zero-sliding -w...
... appears to be about equal to the wear volume lost for the top
ball scar.
Fig. 17 Relation of the wear volumes of the top-ball wear scars to the bottom-
ball wear scars. Because there
are three ... parameters are the volume of
material removed by wear and the surface area of the water scar.
As discussed by Whitenton and Blau (Ref 55), both two-dimensional analysis of p...