FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3105802411> ?p ?o ?g. }

• W3105802411 endingPage "126671" @default.
• W3105802411 startingPage "126671" @default.
• W3105802411 abstract "Multi-NbN films manufactured by a hybrid process comprising pre-treatment rotation accelerated shot peening (RASP) and double glow plasma surface metallurgy (DG technique) and designed to protect titanium alloys were assessed to determine their tribological and mechanical properties. The surface microstructures of a modified TA15 alloy were characterized using X-ray diffraction, scanning electron microscopy, 3D-profilometer and micro-Vickers hardness testing. The results reveal that the distribution of N concentration on layers was influenced by the pre-treatment with RASP, in which a dense nitride gradient layer was formed inside the films and a new phase β-Nb2N occurred at the film surface. This is because a large number of defects on the surface layer were generated by the pre-treatment with RASP. While multi-NbN films on the original sample without new phase detected can be divided into three zones—NbTi interdiffusion layer, Nb-Ti-N interdiffusion layer, and NbN layer. Strong increase in surface hardness was verified in correspondence of elevated peening velocity, and the hardest RASP-60 m/s sample is up to 30.1803 GPa. However, the thickness of films cannot keep increasing trend in agreement with increasing shot peeing velocity. The thickest films occurred on the RASP-40 m/s sample, is 5.85 μm. The results show that the RASP-treated samples exhibited more serious damage than the untreated sample, due to the formation of β-Nb2N phase with brittle structure which bonding on the course surface are incapable of overcoming the damage of shearing stress from counterparts. And once starting to crack, the films that are supposed to protect the substrate are turned into hard abrasive particles that adversely affect the wear resistance of the substrate." @default.
• W3105802411 created "2020-11-23" @default.
• W3105802411 creator A5000310165 @default.
• W3105802411 creator A5023901984 @default.
• W3105802411 creator A5041137050 @default.
• W3105802411 creator A5052095300 @default.
• W3105802411 creator A5079700843 @default.
• W3105802411 creator A5084787075 @default.
• W3105802411 creator A5087127284 @default.
• W3105802411 date "2021-01-01" @default.
• W3105802411 modified "2023-10-02" @default.
• W3105802411 title "A study on pre-treatment with rotation accelerated shot peening in multi-NbN films by double glow plasma surface metallurgy" @default.
• W3105802411 cites W1130060364 @default.
• W3105802411 cites W1964780675 @default.
• W3105802411 cites W1966521504 @default.
• W3105802411 cites W1973792145 @default.
• W3105802411 cites W1989410018 @default.
• W3105802411 cites W1989505242 @default.
• W3105802411 cites W1991355408 @default.
• W3105802411 cites W2002008452 @default.
• W3105802411 cites W2015097573 @default.
• W3105802411 cites W2017309632 @default.
• W3105802411 cites W2039068335 @default.
• W3105802411 cites W2045797962 @default.
• W3105802411 cites W2063104944 @default.
• W3105802411 cites W2078649430 @default.
• W3105802411 cites W2085596248 @default.
• W3105802411 cites W2091768706 @default.
• W3105802411 cites W2091890840 @default.
• W3105802411 cites W2118621835 @default.
• W3105802411 cites W2229847601 @default.
• W3105802411 cites W2317365808 @default.
• W3105802411 cites W2539519399 @default.
• W3105802411 cites W2550430514 @default.
• W3105802411 cites W2555379057 @default.
• W3105802411 cites W2760446429 @default.
• W3105802411 cites W2902008455 @default.
• W3105802411 cites W2962799934 @default.
• W3105802411 cites W2990638099 @default.
• W3105802411 cites W3021602635 @default.
• W3105802411 cites W3035211689 @default.
• W3105802411 cites W4211105458 @default.
• W3105802411 doi "https://doi.org/10.1016/j.surfcoat.2020.126671" @default.
• W3105802411 hasPublicationYear "2021" @default.
• W3105802411 type Work @default.
• W3105802411 sameAs 3105802411 @default.
• W3105802411 citedByCount "7" @default.
• W3105802411 countsByYear W31058024112022 @default.
• W3105802411 countsByYear W31058024112023 @default.
• W3105802411 crossrefType "journal-article" @default.
• W3105802411 hasAuthorship W3105802411A5000310165 @default.
• W3105802411 hasAuthorship W3105802411A5023901984 @default.
• W3105802411 hasAuthorship W3105802411A5041137050 @default.
• W3105802411 hasAuthorship W3105802411A5052095300 @default.
• W3105802411 hasAuthorship W3105802411A5079700843 @default.
• W3105802411 hasAuthorship W3105802411A5084787075 @default.
• W3105802411 hasAuthorship W3105802411A5087127284 @default.
• W3105802411 hasConcept C159985019 @default.
• W3105802411 hasConcept C191897082 @default.
• W3105802411 hasConcept C192562407 @default.
• W3105802411 hasConcept C197751951 @default.
• W3105802411 hasConcept C26771246 @default.
• W3105802411 hasConcept C2779227376 @default.
• W3105802411 hasConcept C37292000 @default.
• W3105802411 hasConcept C541310201 @default.
• W3105802411 hasConcept C84566556 @default.
• W3105802411 hasConcept C87976508 @default.
• W3105802411 hasConceptScore W3105802411C159985019 @default.
• W3105802411 hasConceptScore W3105802411C191897082 @default.
• W3105802411 hasConceptScore W3105802411C192562407 @default.
• W3105802411 hasConceptScore W3105802411C197751951 @default.
• W3105802411 hasConceptScore W3105802411C26771246 @default.
• W3105802411 hasConceptScore W3105802411C2779227376 @default.
• W3105802411 hasConceptScore W3105802411C37292000 @default.
• W3105802411 hasConceptScore W3105802411C541310201 @default.
• W3105802411 hasConceptScore W3105802411C84566556 @default.
• W3105802411 hasConceptScore W3105802411C87976508 @default.
• W3105802411 hasFunder F4320321001 @default.
• W3105802411 hasLocation W31058024111 @default.
• W3105802411 hasOpenAccess W3105802411 @default.
• W3105802411 hasPrimaryLocation W31058024111 @default.
• W3105802411 hasRelatedWork W1126909075 @default.
• W3105802411 hasRelatedWork W2006890625 @default.
• W3105802411 hasRelatedWork W2277128711 @default.
• W3105802411 hasRelatedWork W2356177374 @default.
• W3105802411 hasRelatedWork W2595872667 @default.
• W3105802411 hasRelatedWork W2662812297 @default.
• W3105802411 hasRelatedWork W2743732534 @default.
• W3105802411 hasRelatedWork W2791761212 @default.
• W3105802411 hasRelatedWork W2911369907 @default.
• W3105802411 hasRelatedWork W2981178527 @default.
• W3105802411 hasVolume "405" @default.
• W3105802411 isParatext "false" @default.
• W3105802411 isRetracted "false" @default.
• W3105802411 magId "3105802411" @default.
• W3105802411 workType "article" @default.