FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2795589519> ?p ?o ?g. }

• W2795589519 endingPage "1837" @default.
• W2795589519 startingPage "1829" @default.
• W2795589519 abstract "This paper presents the effects of silica fume (SF) fineness and fiber aspect ratios of steel fiber on fresh and harden characteristics of high‐strength lightweight concrete containing oil palm shell as coarse aggregates. The effect of elevated temperatures on the residual compressive strength of above concretes is also evaluated in this study. Three different SF fineness of 18 400, 21 000, and 28 000 m 2 /kg and 2 different aspect ratios of steel fiber of 40 and 80 are considered. Results show that the increase in SF fineness and steel fiber aspect ratio marginally affect the air‐dry density of steel fiber reinforced lightweight high‐strength concretes, however, the workability is reduced by about 9% to 14% due to increase in SF fineness. The compressive strength of steel fiber reinforced lightweight concretes at all age increases with increase in SF fineness and an improvement of about 37% is observed at 56 days by increasing the SF fineness from 18 400 to 28 000 m 2 /kg. Strong correlations are also observed between the strength improvement factor and the SF fineness. Water absorption of above concretes is also reduced by 3% to 14% due to increase of SF fineness from 18 400 to 21 000 and 28 000 m 2 /kg. The increase of SF fineness also significantly reduces the residual compressive strength loss at 300°C and 450°C. This loss of residual compressive strength is lower in lightweight concretes containing 16 mm long steel fiber than 8 mm long steel fiber. The existing Eurocode model overestimates the residual compressive strength of steel fiber reinforced lightweight concretes containing no SF, however, this discrepancy is significantly reduced with increase in SF fineness." @default.
• W2795589519 created "2018-04-13" @default.
• W2795589519 creator A5012011882 @default.
• W2795589519 creator A5027825758 @default.
• W2795589519 date "2018-04-02" @default.
• W2795589519 modified "2023-09-24" @default.
• W2795589519 title "Effects of silica fume fineness on mechanical properties of steel fiber reinforced lightweight concretes subjected to ambient and elevated temperatures exposure" @default.
• W2795589519 cites W1064501571 @default.
• W2795589519 cites W1123178169 @default.
• W2795589519 cites W1966885740 @default.
• W2795589519 cites W1967837097 @default.
• W2795589519 cites W1971843472 @default.
• W2795589519 cites W1980215413 @default.
• W2795589519 cites W1981099126 @default.
• W2795589519 cites W1989286365 @default.
• W2795589519 cites W1992535191 @default.
• W2795589519 cites W1993376771 @default.
• W2795589519 cites W2009650240 @default.
• W2795589519 cites W2013047788 @default.
• W2795589519 cites W2014665761 @default.
• W2795589519 cites W2042395729 @default.
• W2795589519 cites W2062143706 @default.
• W2795589519 cites W2062542367 @default.
• W2795589519 cites W2062779659 @default.
• W2795589519 cites W2070362349 @default.
• W2795589519 cites W2073192944 @default.
• W2795589519 cites W2075292489 @default.
• W2795589519 cites W2202658916 @default.
• W2795589519 cites W2310480947 @default.
• W2795589519 cites W2339600077 @default.
• W2795589519 cites W2350240470 @default.
• W2795589519 cites W2546446482 @default.
• W2795589519 cites W2560842068 @default.
• W2795589519 cites W2566254224 @default.
• W2795589519 cites W2566906549 @default.
• W2795589519 cites W2589496576 @default.
• W2795589519 cites W2598164508 @default.
• W2795589519 cites W2605966523 @default.
• W2795589519 cites W2607445837 @default.
• W2795589519 cites W6727232 @default.
• W2795589519 doi "https://doi.org/10.1002/suco.201700281" @default.
• W2795589519 hasPublicationYear "2018" @default.
• W2795589519 type Work @default.
• W2795589519 sameAs 2795589519 @default.
• W2795589519 citedByCount "10" @default.
• W2795589519 countsByYear W27955895192019 @default.
• W2795589519 countsByYear W27955895192020 @default.
• W2795589519 countsByYear W27955895192021 @default.
• W2795589519 countsByYear W27955895192022 @default.
• W2795589519 countsByYear W27955895192023 @default.
• W2795589519 crossrefType "journal-article" @default.
• W2795589519 hasAuthorship W2795589519A5012011882 @default.
• W2795589519 hasAuthorship W2795589519A5027825758 @default.
• W2795589519 hasConcept C11839303 @default.
• W2795589519 hasConcept C159985019 @default.
• W2795589519 hasConcept C192562407 @default.
• W2795589519 hasConcept C2776989763 @default.
• W2795589519 hasConcept C30407753 @default.
• W2795589519 hasConcept C519885992 @default.
• W2795589519 hasConceptScore W2795589519C11839303 @default.
• W2795589519 hasConceptScore W2795589519C159985019 @default.
• W2795589519 hasConceptScore W2795589519C192562407 @default.
• W2795589519 hasConceptScore W2795589519C2776989763 @default.
• W2795589519 hasConceptScore W2795589519C30407753 @default.
• W2795589519 hasConceptScore W2795589519C519885992 @default.
• W2795589519 hasIssue "6" @default.
• W2795589519 hasLocation W27955895191 @default.
• W2795589519 hasOpenAccess W2795589519 @default.
• W2795589519 hasPrimaryLocation W27955895191 @default.
• W2795589519 hasRelatedWork W1959312448 @default.
• W2795589519 hasRelatedWork W1975168330 @default.
• W2795589519 hasRelatedWork W1992535191 @default.
• W2795589519 hasRelatedWork W2033100407 @default.
• W2795589519 hasRelatedWork W2075390464 @default.
• W2795589519 hasRelatedWork W2376168832 @default.
• W2795589519 hasRelatedWork W2387616028 @default.
• W2795589519 hasRelatedWork W2795589519 @default.
• W2795589519 hasRelatedWork W2993121761 @default.
• W2795589519 hasRelatedWork W3162732562 @default.
• W2795589519 hasVolume "19" @default.
• W2795589519 isParatext "false" @default.
• W2795589519 isRetracted "false" @default.
• W2795589519 magId "2795589519" @default.
• W2795589519 workType "article" @default.