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Solving the wear problem

Historically, the evaluation of the tribological behavior of biomaterials has resulted in the development of new materials or the use of surface [Pg.394]

Titanium alloy Available Tribological Conditions Friction Data Wear Data Reference [Pg.396]

Ti5Al-2.5Fe pin-on-disk 0.9% NaCl UHMWPE disk 50N NA depth of wear track on disc 18-44 xm (polished metal) 12-24 xm (oxidized metal) Zwicker et ai, 1985 [Pg.396]

Ti5Al-2.5Fe Ball-in-socket 0.9% NaCl UHMWPE socket 100-2500 N Friction moment 0.5-1.0 Nm (oxidized, induction hardened) Zwicker et al, 1985 [Pg.396]

Ti-15Mo-5Zr-3Al NaCl solution Friction coefficient 0.82 (P alloy) 3 times that of stainless steel 316L Steinemann et ai, 1993 [Pg.396]

See other pages where Solving the wear problem is mentioned: [Pg.394]    [Pg.394]    [Pg.111]   


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