FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4297237816> ?p ?o ?g. }

• W4297237816 endingPage "089270572211294" @default.
• W4297237816 startingPage "089270572211294" @default.
• W4297237816 abstract "Ultrahigh molecular weight polyethylene (UHMWPE) are widely used as a biomaterial for manufacturing of prostheses, implants and other biomedical components with complex geometry and shapes. Continuous loading of these components subject to heavy stress and deformation resistance should have enhanced mechanical and chemical properties. This paper aims to improve the mechanical and thermal aspects of the conventional UHMWPE by supplementing reduced Graphene oxide (rGO) in varying weight percentages to develop polymer bio nanocomposite samples. The effect of green synthesized GO nanoparticles in the UHMWPE polymer was investigated for biomedical application. The rGO was distributed in a UHMWPE matrix using a unique and optimized technique to create high-performance nanocomposites. The proposed UHMWPE filled with different loading (0, 0.5, 1.0,1.5, 2.0, and 3.0 wt.%) of rGO was produced by Ultrasonication in an acetone medium. The findings suggest that evenly distributed rGO layers were present throughout the polymer matrix. This, in turn, indicates a good connection between the fillers and matrix by Scanning electron microscopy (SEM) and Energy Dispersive X-Ray Analysis (EDAX), resulting in better composite capabilities. The layers of rGO-aided lamellar arrangements and microfibers between the crystals were observed in the results. The Microhardness of the bio nanocomposite (1 Wt.% rGO/UHMWPE) with 1wt.% rGO in the UHMWPE matrix increased by 2.8% compared to an unfilled polymer. At the same rGO concentration, the bio nanocomposite had a crystallization degree of 46.96%. To achieve optimal performance, rGO content of 1wt.% was added to the sample, which is ideal in many situations where good mechanical and thermal qualities are required during operation. The outcomes reveal that the rGO supplement primarily boosts the thermo-mechanical performances of the modified bio-nano composites for orthopedic products." @default.
• W4297237816 created "2022-09-28" @default.
• W4297237816 creator A5069908714 @default.
• W4297237816 creator A5084145542 @default.
• W4297237816 date "2022-09-26" @default.
• W4297237816 modified "2023-09-26" @default.
• W4297237816 title "Development of reduced Graphene oxide modified Ultrahigh molecular weight polyethylene (rGO/UHMWPE) based Nanocomposites for Biomedical Applications" @default.
• W4297237816 cites W1426826913 @default.
• W4297237816 cites W1964419877 @default.
• W4297237816 cites W1966389690 @default.
• W4297237816 cites W1975029188 @default.
• W4297237816 cites W1978713317 @default.
• W4297237816 cites W1994857514 @default.
• W4297237816 cites W2011660113 @default.
• W4297237816 cites W2023781238 @default.
• W4297237816 cites W2029294012 @default.
• W4297237816 cites W2032590953 @default.
• W4297237816 cites W2040854949 @default.
• W4297237816 cites W2042229378 @default.
• W4297237816 cites W2056305606 @default.
• W4297237816 cites W2056425872 @default.
• W4297237816 cites W2066329729 @default.
• W4297237816 cites W2068514283 @default.
• W4297237816 cites W2074420657 @default.
• W4297237816 cites W2082240274 @default.
• W4297237816 cites W2085180082 @default.
• W4297237816 cites W2087299648 @default.
• W4297237816 cites W2094989438 @default.
• W4297237816 cites W2102298796 @default.
• W4297237816 cites W2110091410 @default.
• W4297237816 cites W2112793450 @default.
• W4297237816 cites W2118025699 @default.
• W4297237816 cites W2168086940 @default.
• W4297237816 cites W2170878951 @default.
• W4297237816 cites W2298751863 @default.
• W4297237816 cites W2344818570 @default.
• W4297237816 cites W2402325927 @default.
• W4297237816 cites W2409637447 @default.
• W4297237816 cites W2499501689 @default.
• W4297237816 cites W2513939237 @default.
• W4297237816 cites W2528225473 @default.
• W4297237816 cites W2552005501 @default.
• W4297237816 cites W2553883349 @default.
• W4297237816 cites W2587657246 @default.
• W4297237816 cites W2647439177 @default.
• W4297237816 cites W2738361612 @default.
• W4297237816 cites W2754153596 @default.
• W4297237816 cites W2791364812 @default.
• W4297237816 cites W2792714809 @default.
• W4297237816 cites W2792988492 @default.
• W4297237816 cites W2802576004 @default.
• W4297237816 cites W2805157846 @default.
• W4297237816 cites W2898966590 @default.
• W4297237816 cites W2899217009 @default.
• W4297237816 cites W2900854106 @default.
• W4297237816 cites W2901200760 @default.
• W4297237816 cites W2908588524 @default.
• W4297237816 cites W2913085684 @default.
• W4297237816 cites W2914635252 @default.
• W4297237816 cites W2949101653 @default.
• W4297237816 cites W2971462272 @default.
• W4297237816 cites W2980639672 @default.
• W4297237816 cites W3000341610 @default.
• W4297237816 cites W3004253516 @default.
• W4297237816 cites W3005946092 @default.
• W4297237816 cites W3010576110 @default.
• W4297237816 cites W3021834834 @default.
• W4297237816 cites W3028433664 @default.
• W4297237816 cites W3036533860 @default.
• W4297237816 cites W3087742914 @default.
• W4297237816 cites W3107524391 @default.
• W4297237816 cites W3111843691 @default.
• W4297237816 cites W3128257306 @default.
• W4297237816 cites W3130350265 @default.
• W4297237816 cites W3148678480 @default.
• W4297237816 cites W3159590316 @default.
• W4297237816 cites W3176886699 @default.
• W4297237816 cites W4200610226 @default.
• W4297237816 cites W4223639733 @default.
• W4297237816 cites W4233194460 @default.
• W4297237816 cites W4245889346 @default.
• W4297237816 cites W4250375547 @default.
• W4297237816 cites W4290988050 @default.
• W4297237816 doi "https://doi.org/10.1177/08927057221129486" @default.
• W4297237816 hasPublicationYear "2022" @default.
• W4297237816 type Work @default.
• W4297237816 citedByCount "2" @default.
• W4297237816 countsByYear W42972378162022 @default.
• W4297237816 countsByYear W42972378162023 @default.
• W4297237816 crossrefType "journal-article" @default.
• W4297237816 hasAuthorship W4297237816A5069908714 @default.
• W4297237816 hasAuthorship W4297237816A5084145542 @default.
• W4297237816 hasConcept C104779481 @default.
• W4297237816 hasConcept C159985019 @default.
• W4297237816 hasConcept C171250308 @default.
• W4297237816 hasConcept C191897082 @default.
• W4297237816 hasConcept C192562407 @default.
• W4297237816 hasConcept C26771246 @default.

• next