Fatigue wear: A contribution to the wear phenomena of ion-plated thin metallic films

This paper presents experimental results on fretting testing of various surface coatings, with particular reference to ion-plated films. A special test setup is described, and some peculiar testing conditions are discussed. The results indicate that ion-plated films are superior to vacuum-deposited, gas-deposited, and sputtered-surface coatings. The effectiveness in alleviating fretting of four ion-plated soft metallic films—namely, lead, indium, tin, and silver—is evaluated. Lead showed the best fretting resistance at small slip amplitudes, while tin showed a good resistance at high slip amplitudes. Ion-plated titanium carbide films were also examined. The wear-resistant hard carbides showed outstanding fretting resistance.

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Fatigue wear: A contribution to the wear phenomena of ion-plated thin metallic films

Cited by 3 publications

References 4 publications

Microcutting and Transfer of Soft Materials in Sliding Contact With Rough Hard Surfaces

Microcutting and Transfer of Soft Materials in Sliding Contact With Rough Hard Surfaces

References

Fretting-Resistant Ion-Plated Coatings

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