FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4213426558> ?p ?o ?g. }

• W4213426558 endingPage "1657" @default.
• W4213426558 startingPage "1657" @default.
• W4213426558 abstract "This study investigated the flexural and impact performances of mortar composite made with carbon fibers (MCCF). Four mortar composites (MCCF1, MCCF2, MCCF3, and MCCF4) were produced, using 1%, 2%, 3%, and 4% carbon fibers by volume, respectively. Another mortar composite without any carbon fibers (MCCF0) was prepared for its use as a control mix. The freshly mixed mortar composites were tested for inverted slump cone flow time to ensure they had an adequate workability to cast test specimens under vibration. In addition, all fresh mortar composites were examined for density and air content. The hardened mortar composites were tested for their first-crack flexural strength, ultimate flexural strength, first-crack impact resistance, and ultimate impact resistance. Moreover, the first-crack flexural toughness, ultimate flexural toughness, first-crack impact toughness, and ultimate impact toughness were determined for all hardened mortar composites. The correlations among the hardened properties of the mortar composites were also sought. Finally, the optimum fiber content was defined from the overall test results and considering the costs of the mortar composites. The test results showed that the workability and density of the fresh mortar composite decreased, whereas its air content increased due to the inclusion of carbon fibers. However, MCCF3 possessed the highest density and lowest air content among all MCCF mixes. It also had a higher workability than MCCF4. In the hardened state, the first-crack flexural strength and impact resistance, as well as the ultimate flexural strength and impact resistance of mortar composite, increased significantly with the increasing volume content of carbon fibers. In addition, the first-crack flexural toughness, ultimate flexural toughness, first-crack impact toughness, and ultimate impact toughness increased greatly with the higher volume content of carbon fibers. Strong correlations between the flexural strength and impact resistance, and between the flexural toughness and impact toughness of the mortar composites, were observed. Above all, excellent flexural strength, flexural toughness, impact resistance, and impact toughness values were observed for MCCF4 (4% carbon fibers). The 28-day ultimate flexural strength and impact resistance of MCCF4 increased by 4.6 MPa and 134 blows, respectively, as compared to MCCF0. Moreover, the 28-day ultimate flexural toughness and ultimate impact toughness values of MCCF4 were higher than that of MCCF0, by 3739.7 N-mm and 2703.3 J, respectively. However, MCCF3 (3% carbon fibers) also exhibited a good performance under flexural and impact loadings. Based on the costs of all mortar composites and their performances in both fresh and hardened states, MCCF3 was derived as the best mortar mix. This implies that 3% carbon fibers can be defined as the optimum fiber content in the context of the present study." @default.
• W4213426558 created "2022-02-25" @default.
• W4213426558 creator A5048516149 @default.
• W4213426558 creator A5069706685 @default.
• W4213426558 creator A5070295950 @default.
• W4213426558 date "2022-02-23" @default.
• W4213426558 modified "2023-10-14" @default.
• W4213426558 title "Flexural and Impact Behaviors of Mortar Composite Including Carbon Fibers" @default.
• W4213426558 cites W1976316665 @default.
• W4213426558 cites W1976952021 @default.
• W4213426558 cites W1980075513 @default.
• W4213426558 cites W1982589666 @default.
• W4213426558 cites W1995762951 @default.
• W4213426558 cites W2038966922 @default.
• W4213426558 cites W2044921362 @default.
• W4213426558 cites W2050613731 @default.
• W4213426558 cites W2064220291 @default.
• W4213426558 cites W2073018653 @default.
• W4213426558 cites W2089246263 @default.
• W4213426558 cites W2139908523 @default.
• W4213426558 cites W2283665779 @default.
• W4213426558 cites W2570347535 @default.
• W4213426558 cites W2606379298 @default.
• W4213426558 cites W2781725224 @default.
• W4213426558 cites W2889042594 @default.
• W4213426558 cites W2963616510 @default.
• W4213426558 cites W2969293378 @default.
• W4213426558 cites W2996788377 @default.
• W4213426558 cites W3080399039 @default.
• W4213426558 cites W3120330412 @default.
• W4213426558 cites W3124433474 @default.
• W4213426558 cites W3130176070 @default.
• W4213426558 cites W3178313233 @default.
• W4213426558 cites W3194011186 @default.
• W4213426558 doi "https://doi.org/10.3390/ma15051657" @default.
• W4213426558 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35268888" @default.
• W4213426558 hasPublicationYear "2022" @default.
• W4213426558 type Work @default.
• W4213426558 citedByCount "8" @default.
• W4213426558 countsByYear W42134265582022 @default.
• W4213426558 countsByYear W42134265582023 @default.
• W4213426558 crossrefType "journal-article" @default.
• W4213426558 hasAuthorship W4213426558A5048516149 @default.
• W4213426558 hasAuthorship W4213426558A5069706685 @default.
• W4213426558 hasAuthorship W4213426558A5070295950 @default.
• W4213426558 hasBestOaLocation W42134265581 @default.
• W4213426558 hasConcept C102267420 @default.
• W4213426558 hasConcept C104779481 @default.
• W4213426558 hasConcept C112950240 @default.
• W4213426558 hasConcept C130767629 @default.
• W4213426558 hasConcept C159985019 @default.
• W4213426558 hasConcept C178405089 @default.
• W4213426558 hasConcept C192562407 @default.
• W4213426558 hasConcept C99595764 @default.
• W4213426558 hasConceptScore W4213426558C102267420 @default.
• W4213426558 hasConceptScore W4213426558C104779481 @default.
• W4213426558 hasConceptScore W4213426558C112950240 @default.
• W4213426558 hasConceptScore W4213426558C130767629 @default.
• W4213426558 hasConceptScore W4213426558C159985019 @default.
• W4213426558 hasConceptScore W4213426558C178405089 @default.
• W4213426558 hasConceptScore W4213426558C192562407 @default.
• W4213426558 hasConceptScore W4213426558C99595764 @default.
• W4213426558 hasIssue "5" @default.
• W4213426558 hasLocation W42134265581 @default.
• W4213426558 hasLocation W42134265582 @default.
• W4213426558 hasLocation W42134265583 @default.
• W4213426558 hasLocation W42134265584 @default.
• W4213426558 hasOpenAccess W4213426558 @default.
• W4213426558 hasPrimaryLocation W42134265581 @default.
• W4213426558 hasRelatedWork W2005496670 @default.
• W4213426558 hasRelatedWork W2077590252 @default.
• W4213426558 hasRelatedWork W2089085266 @default.
• W4213426558 hasRelatedWork W2360132121 @default.
• W4213426558 hasRelatedWork W2729932191 @default.
• W4213426558 hasRelatedWork W2795554382 @default.
• W4213426558 hasRelatedWork W2886625443 @default.
• W4213426558 hasRelatedWork W2981448673 @default.
• W4213426558 hasRelatedWork W3048672776 @default.
• W4213426558 hasRelatedWork W3195996254 @default.
• W4213426558 hasVolume "15" @default.
• W4213426558 isParatext "false" @default.
• W4213426558 isRetracted "false" @default.
• W4213426558 workType "article" @default.