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The sliding speed ranged from 0.08 to 50 μm/s.
Factors include lubricant, sliding speed, and normal load.
The wear damage increased significantly with increasing sliding speed.
Result shows 1.5 m/s sliding speed and 0.2498 MPa is observed as critical sliding speed and critical Nr.
Sliding speed appears to be a crucial factor.
The volume loss increased with increasing sliding speed.
API 5L X80 steel exhibited dominant adhesive wear at low sliding speed and oxidative wear at high sliding speed.
The length of the scratch was 10 μm; the sliding speed was 0.5 μm/s.
Less amount of reaction products (Six(OH y) formed at high sliding speed [28].
During the tests, the sliding speed can make another significant impact on the lubrication performances.
Fig. 2 Si wear as a function of sliding speed under dry air.
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