INFLUENCE OF ELECTRIC VOLTAGE ON FRICTION COEFFICIENT AND WEAR OF STEEL SURFACES LUBRICATED BY OIL DISPERSED BY POLYMERIC PARTICLES

FRICTIONAL BEHAVIOUR OF STEEL SURFACES LUBRICATED BY OIL DISPERSED BY POLYMERIC PARTICLES UNDER APPLICATION OF ELECTRIC VOLTAGE

INVESTIGATION OF THE INFLUENCE OF ANTIWEAR ADDITIVES DISPERSED IN HYDRAULIC OIL ON FRICTION AND WEAR

INFLUENCE OF ADDING CONTAMINANTS PARTICLES TO LITHIUM GREASE ON FRICTION COEFFICIENT

EFFECT OF SOLID ADDITIVES ON THE TRIBOLOGICAL BEHAVIOR OF LUBRICATING OILS

INFLUENCE OF MAGNETIC FIELD ON FRICTION COEFFICIENT DISPLAYED BY THE OIL LUBRICATED SLIDING OF STEEL

EFFECT OF ADDITIVES ON THE TRIBOLOGICAL BEHAVIOR OF GLYCERIN-MOTOR OIL BLENDS

INFLUENCE OF INDUCTION MAGNETIC FIELD ON FRICTION COEFFICIENT OF STEEL SLIDING AGAINST OIL LUBRICATED POLYMERS

INFLUENCE OF MAGNETIC FIELD ON THE ACTION MECHANISM OF LUBRICANT ADDITIVES

FRICTION AND VIBRATION ANALYSIS OF SLIDING SURFACES LUBRICATED BY ENGINE OILS DISPERSED BY ALUMINUM OXIDE NANOPARTICLES