EFFECT OF MAGNETIC FIELD ON THE FRICTION AND WEAR DISPLAYED BY THE SCRATCH OF OIL LUBRICATED STEEL

The Subsurface Nano Indentation Effects on Stainless Steel

FRICTION AND WEAR OF SCRATCHED POLYMERIC COMPOSITES

FRICTION COEFFICIENT AND WEAR DISPLAYED BY THE SCRATCH OF EPOXY COMPOSITES FILLED BY METALLIC NANOPARTICLES UNDER THE INFLUENCE OF MAGNETIC FIELD

FRICTION COEFFICIENT OF GROOVED RUBBER DISC SLIDING AGAINST CERAMICS: I. EFFECT OF MOTION DIRECTION

The indentation size effect and its role in microhardness measurements of two viscoelastic materials under different loads and times

FRICTION COEFFICIENT AND WEAR DISPLAYED BY THE SCRATCH OF POLYETHYLENE REINFORCED BY COPPER WIRES

EFFECT OF MAGNETIC FIELD ON FRICTION AND WEAR OF STEEL

FRICTION COEFICIENT OF SEMI-SPHERICAL RUBBER PROTRUSIONS SLIDING AGAINST RUBBER

FRICTION COEFFICIENT OF GROOVED RUBBER DISC SLIDING AGAINST CERAMICS: III. EFFECT OF THE GROOVES