FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4293386426> ?p ?o ?g. }

• W4293386426 endingPage "204485" @default.
• W4293386426 startingPage "204485" @default.
• W4293386426 abstract "Friction and wear reduction are widely sought to promote energy savings and reliability of moving machine components. Here, a combination of MST 2 experiments and molecular dynamics (MD) simulations unveils the detailed lubrication mechanisms and presents quantitative wear descriptions of Cu and Fe nanoparticle (NP). The MD simulations results indicate that average value of friction force is reduced approximately 57.15% after the addition of Cu NP and these results is similar to the experimental results. In addition, bimetallic CuFe NP (Cu–Fe or Cu@Fe NP) shows superior performance than pure Cu NP, and the tribological properties of bimetallic CuFe NP change with structures. Bimetallic CuFe NP can be prepared and investigated by experimental methods, but the effects of different structures of bimetallic CuFe NP on lubrication are not sufficiently studied. The superior structure of bimetallic CuFe NP with higher load-carrying capacity and better tribological properties is predicted by MD simulations. Results from simulations suggest that there is an optimal NP structure and size that will minimize friction and wear for a given surface roughness. • The tribological properties of the bimetallic nanoparticles (NPs) are superior to those of the pure NPs. • MD simulations reveal the synergistic lubrication mechanism of the different structures of bimetallic NPs. • The bimetallic NPs of structures and sizes together affect the performance of lubricants. The best performance in terms of tribological properties and carrying capacity is achieved when the ratio of the NP diameter to surface roughness is 1.54." @default.
• W4293386426 created "2022-08-28" @default.
• W4293386426 creator A5030102825 @default.
• W4293386426 creator A5038210379 @default.
• W4293386426 creator A5049341927 @default.
• W4293386426 creator A5053383276 @default.
• W4293386426 creator A5071219577 @default.
• W4293386426 date "2022-11-01" @default.
• W4293386426 modified "2023-10-18" @default.
• W4293386426 title "Effect of lubricant additives of Cu, Fe and bimetallic CuFe nanoparticles on tribological properties" @default.
• W4293386426 cites W1590890456 @default.
• W4293386426 cites W1977186676 @default.
• W4293386426 cites W1978813162 @default.
• W4293386426 cites W1984183345 @default.
• W4293386426 cites W1989526109 @default.
• W4293386426 cites W2017835622 @default.
• W4293386426 cites W2022776711 @default.
• W4293386426 cites W2028277511 @default.
• W4293386426 cites W2035947219 @default.
• W4293386426 cites W2037787862 @default.
• W4293386426 cites W2047968138 @default.
• W4293386426 cites W2050538318 @default.
• W4293386426 cites W2062878779 @default.
• W4293386426 cites W2078402834 @default.
• W4293386426 cites W2114258860 @default.
• W4293386426 cites W2115524611 @default.
• W4293386426 cites W2120282569 @default.
• W4293386426 cites W2145973509 @default.
• W4293386426 cites W2324156692 @default.
• W4293386426 cites W2400842334 @default.
• W4293386426 cites W2482816461 @default.
• W4293386426 cites W2490968023 @default.
• W4293386426 cites W2805588857 @default.
• W4293386426 cites W2884979300 @default.
• W4293386426 cites W2885636671 @default.
• W4293386426 cites W2887416663 @default.
• W4293386426 cites W2888650925 @default.
• W4293386426 cites W2898795895 @default.
• W4293386426 cites W2903778491 @default.
• W4293386426 cites W2957810333 @default.
• W4293386426 cites W2971950989 @default.
• W4293386426 cites W2993736223 @default.
• W4293386426 cites W2996758445 @default.
• W4293386426 cites W3010654403 @default.
• W4293386426 cites W3039208072 @default.
• W4293386426 cites W3044398792 @default.
• W4293386426 cites W3165072430 @default.
• W4293386426 cites W3185930367 @default.
• W4293386426 cites W4200556270 @default.
• W4293386426 cites W822801274 @default.
• W4293386426 cites W2085506453 @default.
• W4293386426 doi "https://doi.org/10.1016/j.wear.2022.204485" @default.
• W4293386426 hasPublicationYear "2022" @default.
• W4293386426 type Work @default.
• W4293386426 citedByCount "4" @default.
• W4293386426 countsByYear W42933864262023 @default.
• W4293386426 crossrefType "journal-article" @default.
• W4293386426 hasAuthorship W4293386426A5030102825 @default.
• W4293386426 hasAuthorship W4293386426A5038210379 @default.
• W4293386426 hasAuthorship W4293386426A5049341927 @default.
• W4293386426 hasAuthorship W4293386426A5053383276 @default.
• W4293386426 hasAuthorship W4293386426A5071219577 @default.
• W4293386426 hasConcept C127413603 @default.
• W4293386426 hasConcept C155672457 @default.
• W4293386426 hasConcept C159985019 @default.
• W4293386426 hasConcept C167310744 @default.
• W4293386426 hasConcept C171250308 @default.
• W4293386426 hasConcept C191897082 @default.
• W4293386426 hasConcept C192562407 @default.
• W4293386426 hasConcept C2780874159 @default.
• W4293386426 hasConcept C42360764 @default.
• W4293386426 hasConcept C43411465 @default.
• W4293386426 hasConcept C544153396 @default.
• W4293386426 hasConceptScore W4293386426C127413603 @default.
• W4293386426 hasConceptScore W4293386426C155672457 @default.
• W4293386426 hasConceptScore W4293386426C159985019 @default.
• W4293386426 hasConceptScore W4293386426C167310744 @default.
• W4293386426 hasConceptScore W4293386426C171250308 @default.
• W4293386426 hasConceptScore W4293386426C191897082 @default.
• W4293386426 hasConceptScore W4293386426C192562407 @default.
• W4293386426 hasConceptScore W4293386426C2780874159 @default.
• W4293386426 hasConceptScore W4293386426C42360764 @default.
• W4293386426 hasConceptScore W4293386426C43411465 @default.
• W4293386426 hasConceptScore W4293386426C544153396 @default.
• W4293386426 hasLocation W42933864261 @default.
• W4293386426 hasOpenAccess W4293386426 @default.
• W4293386426 hasPrimaryLocation W42933864261 @default.
• W4293386426 hasRelatedWork W1477165870 @default.
• W4293386426 hasRelatedWork W1983622139 @default.
• W4293386426 hasRelatedWork W2092584277 @default.
• W4293386426 hasRelatedWork W2365957384 @default.
• W4293386426 hasRelatedWork W2803610676 @default.
• W4293386426 hasRelatedWork W3093466287 @default.
• W4293386426 hasRelatedWork W3154388253 @default.
• W4293386426 hasRelatedWork W4211142005 @default.
• W4293386426 hasRelatedWork W4225264123 @default.
• W4293386426 hasRelatedWork W4293386426 @default.
• W4293386426 hasVolume "508-509" @default.

• next