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Mild and Severe Wear of Titanium Alloys
Tribology Letters, 2016Dry sliding wear tests were performed for TC4 and TC11 alloys on a pin-on-disk wear tester at room temperature and various sliding velocities. TC4 and TC11 alloys shared almost the same wear regularity as a function of sliding velocity and contact pressure.
X. X. Li +5 more
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Wear studies on boronized mild steel
Wear, 1984Abstract Unlubricated dry sliding wear tests were carried out using a pin-on-disc machine on boronized mild steel pins containing FeB, Fe 2 B and both phases in the surface layers. The discs were made of hardened tool steel. Singlephase boride layers exhibited better wear resistance than two-phase boride layers.
J. Subrahmanyam, K. Gopinath
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Developments in the oxidational theory of mild wear
Tribology International, 1980Abstract Previous work in which the oxidational theory of the mild wear of metals has been applied to low alloy steels has revealed discrepancies between theoretical predictions and experimentally derived data. These were due to the incorrect assumption that oxidational constants measured under static conditions could be applied without change to the
J.L. Sullivan, T.F.J. Quinn, D.M. Rowson
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Simulation of mild wear in helical gears
Wear, 2000A computer model for simulation of the wear behaviour in helical gears has been developed. The method used can deal with tooth modifications and different profiles. The authors have studied the effects of wear previously but only in a two-dimensional perspective.
Anders Flodin, Sören Andersson
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Mild-to-severe wear transition and transition region of oxidative wear in steels
Wear, 2013Abstract Dry sliding tests for steels were performed in air under the test temperature at 400 °C and the loads of 50–250 N. The wear behavior and characteristics were focused on to explore their general characters in severe conditions. The wear behavior of various steels presented a common wear regular pattern; a mild-to-severe wear transition ...
S.Q. Wang +4 more
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The mild wear mechanism of nodular iron
Wear, 1969Abstract Nodular cast iron is well known to be more susceptible to scuffing and seizing than is ordinary gray cast iron. This results largely from the spherical shape of the graphite nodules in its structure which causes relatively large metallic particles to be produced even under mild wear conditions.
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Role of oxidation in the mild wear of steel
British Journal of Applied Physics, 1962The structures of the wear debris obtained in several investigations into the mild wear of steel, i.e. the wear of relatively smooth steel surfaces, are compared with those to be expected from the results of representative oxidation experiments. It is assumed that sliding and stress have no effect on the oxides formed.
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The corrosive wear of nickel coating on mild steel
Journal of Materials Science, 1996The abrasive wear of nickel coatings on steel substrates, under corrosive conditions was studied. For specimens with and without heat treatment, the wear rate was observed to depend upon the nature of the corrosive solution. The composition of the wear debris was noted to be a function of the corrosive wear conditions. The wear rate of the heat treated
C. N. Panagopoulos, V. D. Papachristos
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The wear of diamond tools turning mild steel
Wear, 1980Abstract Previous experiments on the wear of diamond tools turning mild steel have shown that the very high rates of wear of the diamond arise from the degeneration of the diamond to graphite, the details of the wear mechanisms depending on the cutting conditions.
A.G. Thornton, J. Wilks
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Effects of hydrogen on the abrasive wear of mild steel
Journal of Materials Science Letters, 1991신소재공학과
KIM, CH KIM, CH, Pyun, SI Pyun, Su Il
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