103
HIRATSUKA, K.; GOTO, M.; The role of changes in hardness of subsurfaces, transfer
particles and wear particles in initial-steady wear transition, WEAR, v. 238, p. 70-77,
2000.
HOPKINS, D.N.; HARRINGTON, C.D.; BLACK, B.R.; Reduce maintenance costs by
using engineered surfaces to control friction and galling, WEAR, v. 225-229, p. 27-37,
1999.
HUMMEL, S.R.; An application of frictional criteria for determining galling thresholds in
line contact tests, Tribology International, v. 35, p. 801-807, 2002.
HUMMEL, S.R.; New test method and apparatus for measuring galling resistance,
Tribology International, v. 34, p. 593-597, 2001.
HUMMEL, S.R.; PARTLOW, B.; Comparison of threshold galling results from two
testing methods, Tribology International, v. 37, p. 291-295, 2004.
HUMMEL, S.R.; PARTLOW, B.; Threshold galling load and frictional behavior of
stainless steel couples in line contact, WEAR, v. 255, p. 504-508, 2003.
MARKOV, D.; KELLY, D.; Mechanisms of adhesion-iniciated catastrophic wear: pure
sliding, WEAR, v. 239, p. 189-210, 2000.
MATTHEWS, A.; LEYLAND, A.; WILSON, A.; Plasma immersion ion implantation as a
technique in duplex and hybrid processing, Vacuum, v. 68, p. 57-64, 2003.
MONTMITONNET, P.; DELAMARE, F.; RIZOULIERES, B.; Transfer layer and friction
in cold metal strip rolling processes, WEAR, v. 245, p. 125-135, 2000.
NISHIMURA, T.; SATO, T.; TADA, Y.; The evaluation of anti-galling characteristics by
observation of adhesion morphologies using injection upsetting, Journal of Materials
Processing Technology, v. 62, p. 235-241, 1996.
OCKEN, H.; The galling wear resistance of new iron-base hardfacing alloys: a
comparison with established cobalt- and nickel-base alloys, Surface and Coatings
Technology, v. 76-77, p. 456-461, 1995.