Abstract: The effects of phosphorus on the friction and wear characteristics of Cu-5 at. percent Sn-P alloys containing 1–5 at. percent P were studied using a pin on disc apparatus. The results showed ...

Abstract: Variation in friction and wear properties with relative humidity was obtained with an Sn pin sample on a Cu disk at a constant speed (0.4 m/s), load (6.4 N), and sliding distance (5 km), ...

Abstract: The wear rate of high C-Cr steel (AISI 52100) has been measured when lubricated with gasoline, ethanol, and water. The wear experiments were performed in air and argon in order to study the ...

Abstract: The behavior of zinc dithiophosphate (ZnDTP) is investigated for the antiwear properties in SiC-steel and Si3 N4 -steel sliding contact systems under boundary lubrication. Reaction products formed ...

Abstract: The strength of deposited film and the adhesion between the film and the substrate were investigated with deposited aluminum oxide film on iron surface by scratching the surface with a diamond ...

Abstract: The effect of ZnDTP on Al2 O3 , Si3 C, and Si3 N4 surface was investigated with ceramic-steel couples under lubricated conditions. Metal transfer to the ceramic surfaces was found to increase ...

Abstract: Friction and wear properties of the Ni-M-S alloy system were examined by changing the composition of M (Mo, Nb or Fe) and S, respectively. Sulfides or complex sulfides such as MoSx or FeNbx ...

Abstract: Effect of humidity in atmosphere gas, air, or argon, is investigated for the tribochemical reaction in Si3 N4 – 23 percent TiN-Si3 N4 – 23 percent TiN sliding contact system using a pin-on-plate ...

Abstract: A numerical study of the nonlinear and random behavior of flow-induced forces on offshore structures and experimental verification of the results are presented. The numerical study is based on ...