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Friction Coefficients: Ti-6Al-4V

Al alloy 6061-T6 ASM unlubricated to Ti-6Al-4V ASM FOF

Static and kinetic friction coefficients between material pairs under various surface conditions

Mechanical Engineeringmaterial 1: Ti-6Al-4V10 rowsPage 1 of 2
material 1material 2 conditionmaterial 2mu kinetic max (dimensionless)mu kinetic min (dimensionless)mu static max (dimensionless)mu static min (dimensionless)surface condition
Ti-6Al-4VAl alloy 6061-T6 ASM unlubricatedAl, alloy 6061-T60.380.380.410.41Unlubricated, room temperature, ambient air
Ti-6Al-4VCu-Al (bronze) ASM unlubricatedCu-Al (bronze)0.270.270.360.36Unlubricated, room temperature, ambient air
Ti-6Al-4VNitronic 60 ASM unlubricatedNitronic 600.310.310.380.38Unlubricated, room temperature, ambient air
Ti-6Al-4VSteel 17-4 stainless ASM unlubricatedSteel, 17-4 stainless0.310.310.360.36Unlubricated, room temperature, ambient air
Ti-6Al-4VSteel Type 440C stainless ASM unlubricatedSteel, Type 440C stainless0.370.370.440.44Unlubricated, room temperature, ambient air
Ti-6Al-4VStellite 12 ASM unlubricatedStellite 120.290.290.350.35Unlubricated, room temperature, ambient air
Ti-6Al-4VStellite 6 ASM unlubricatedStellite 60.360.360.450.45Unlubricated, room temperature, ambient air
Ti-6Al-4VTa ASM unlubricatedTa0.530.530.530.53Unlubricated, room temperature, ambient air
Ti-6Al-4VTeflon ASM unlubricatedTeflon0.210.210.230.23Unlubricated, room temperature, ambient air
Ti-6Al-4VTi-6Al-4V ASM FOFTi-6Al-4V0.30.30.360.36Unlubricated, room temperature, ambient air

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