Matches in SemOpenAlex for { <https://semopenalex.org/work/W1994386861> ?p ?o ?g. }
- W1994386861 endingPage "27" @default.
- W1994386861 startingPage "15" @default.
- W1994386861 abstract "Coatings have been deposited by air plasma spraying of alumina powders in the form of conventional particles (C), nanostructured agglomerates (N) and sintered–nanostructured agglomerates (S). Sintering alleviated the stresses introduced in the nanopowder by the manufacturing process (high energy ball milling). The coating porosity is a direct consequence of the powder melting degree, which is related to the feedstock porosity. The mechanical performance of the coatings is also closely associated with the powder melting degree. The N coatings present the highest surface roughness due to the lowest melting degree. The slightly higher hardness values of the N and S coatings, as compared to the C coatings, are attributed to the higher percentages of α-Al2O3 and the presence of nanostructure. The S coatings exhibit superior adhesion strength, relative fracture toughness and wear resistance, due to sintering consequences (intraparticle cohesion, strain relief, tough splat boundaries), random dispersion of coherent nanozones and stress dissipation at nanograin boundaries." @default.
- W1994386861 created "2016-06-24" @default.
- W1994386861 creator A5004754301 @default.
- W1994386861 creator A5081850349 @default.
- W1994386861 creator A5087617092 @default.
- W1994386861 date "2009-09-01" @default.
- W1994386861 modified "2023-10-17" @default.
- W1994386861 title "A microstructure and mechanical property investigation on thermally sprayed nanostructured ceramic coatings before and after a sintering treatment" @default.
- W1994386861 cites W1965789912 @default.
- W1994386861 cites W1974163541 @default.
- W1994386861 cites W1974697918 @default.
- W1994386861 cites W1977474407 @default.
- W1994386861 cites W1988814398 @default.
- W1994386861 cites W1988871008 @default.
- W1994386861 cites W1992231591 @default.
- W1994386861 cites W1993153898 @default.
- W1994386861 cites W1994248314 @default.
- W1994386861 cites W1998996734 @default.
- W1994386861 cites W2000386892 @default.
- W1994386861 cites W2002349312 @default.
- W1994386861 cites W2002730540 @default.
- W1994386861 cites W2006483707 @default.
- W1994386861 cites W2014623899 @default.
- W1994386861 cites W2016030993 @default.
- W1994386861 cites W2017138374 @default.
- W1994386861 cites W2020005272 @default.
- W1994386861 cites W2028690287 @default.
- W1994386861 cites W2035785883 @default.
- W1994386861 cites W2036079649 @default.
- W1994386861 cites W2037582711 @default.
- W1994386861 cites W2040432202 @default.
- W1994386861 cites W2041675247 @default.
- W1994386861 cites W2041809241 @default.
- W1994386861 cites W2045799218 @default.
- W1994386861 cites W2048771382 @default.
- W1994386861 cites W2051685350 @default.
- W1994386861 cites W2056197760 @default.
- W1994386861 cites W2059870414 @default.
- W1994386861 cites W2064222057 @default.
- W1994386861 cites W2066465133 @default.
- W1994386861 cites W2067298192 @default.
- W1994386861 cites W2077727161 @default.
- W1994386861 cites W2077934281 @default.
- W1994386861 cites W2078040283 @default.
- W1994386861 cites W2078453222 @default.
- W1994386861 cites W2078818582 @default.
- W1994386861 cites W2079481902 @default.
- W1994386861 cites W2081595814 @default.
- W1994386861 cites W2081811626 @default.
- W1994386861 cites W2083004653 @default.
- W1994386861 cites W2083495836 @default.
- W1994386861 cites W2084052678 @default.
- W1994386861 cites W2084900966 @default.
- W1994386861 cites W2087629807 @default.
- W1994386861 cites W2092699052 @default.
- W1994386861 cites W2100270314 @default.
- W1994386861 cites W2100529647 @default.
- W1994386861 cites W2106710909 @default.
- W1994386861 cites W2113302920 @default.
- W1994386861 cites W2114242628 @default.
- W1994386861 cites W2154091981 @default.
- W1994386861 cites W2162542920 @default.
- W1994386861 cites W2162778981 @default.
- W1994386861 cites W4210978293 @default.
- W1994386861 doi "https://doi.org/10.1016/j.surfcoat.2009.06.013" @default.
- W1994386861 hasPublicationYear "2009" @default.
- W1994386861 type Work @default.
- W1994386861 sameAs 1994386861 @default.
- W1994386861 citedByCount "37" @default.
- W1994386861 countsByYear W19943868612013 @default.
- W1994386861 countsByYear W19943868612014 @default.
- W1994386861 countsByYear W19943868612015 @default.
- W1994386861 countsByYear W19943868612016 @default.
- W1994386861 countsByYear W19943868612017 @default.
- W1994386861 countsByYear W19943868612018 @default.
- W1994386861 countsByYear W19943868612019 @default.
- W1994386861 countsByYear W19943868612020 @default.
- W1994386861 countsByYear W19943868612021 @default.
- W1994386861 countsByYear W19943868612023 @default.
- W1994386861 crossrefType "journal-article" @default.
- W1994386861 hasAuthorship W1994386861A5004754301 @default.
- W1994386861 hasAuthorship W1994386861A5081850349 @default.
- W1994386861 hasAuthorship W1994386861A5087617092 @default.
- W1994386861 hasConcept C107365816 @default.
- W1994386861 hasConcept C129955480 @default.
- W1994386861 hasConcept C134132462 @default.
- W1994386861 hasConcept C159985019 @default.
- W1994386861 hasConcept C191897082 @default.
- W1994386861 hasConcept C192562407 @default.
- W1994386861 hasConcept C2777581544 @default.
- W1994386861 hasConcept C2781448156 @default.
- W1994386861 hasConcept C6648577 @default.
- W1994386861 hasConcept C87976508 @default.
- W1994386861 hasConcept C97549433 @default.
- W1994386861 hasConcept C99595764 @default.
- W1994386861 hasConceptScore W1994386861C107365816 @default.
- W1994386861 hasConceptScore W1994386861C129955480 @default.
- W1994386861 hasConceptScore W1994386861C134132462 @default.