Results 111 to 120 of about 14,295 (269)
ASEAN Journal on Science and Technology for Development, 2018 Chitosan entrapped ENR-50 (CTS-t-ENR) biocomposites developed were studiedfor the absorption and desorption of 2-naphthol in aqueous media. Biocomposites comprising chitosan (CTS) immobilized or trapped in a partially crosslinked ENR (designated as CTS-t-
R. GUNASUNDERI, M. R. H. MAS HARIS
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Development of hemp oil based bioresins for biocomposites
, 2013 Within the civil engineering and construction industries fibre composites are now being adopted in certain applications in place of more traditional building materials such as timber and steel.
Manthey, Nathan William
core
The Influence of Alkaline Pretreatment of Waste Nutshell for Use in Particulate Biocomposites
The aim of this work was to determine how different types of alkaline pretreatment influence the properties of waste almond and hazelnut nutshell, as well as their compatibility with model inorganic geopolymer matrixes for the formation of biocomposites ...
Filip Brleković +2 more
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Polymer Composites, EarlyView.Production of flax fabric/polylactic acid biocomposite. ABSTRACT The development of fully biodegradable composites has gained significant attention as a sustainable alternative to traditional fiber‐reinforced materials. This study focuses on enhancing the interfacial adhesion and toughness of flax fiber‐reinforced polylactic acid (PLA) biocomposites ...
Aylin Altınbay
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Vacuum Infusion as a Processing Route for Transparent Wood Laminates
Polymer Composites, EarlyView.Schematic representation of the fabrication route for transparent wood laminates, including wood veneer delignification, epoxy resin impregnation by vacuum infusion processing, and the final TW‐1 transparent wood laminate. ABSTRACT Transparent wood (TW) has attracted increasing attention as a bio‐based material for daylighting and building‐envelope ...
Letícia Zimermann Pires +7 more
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Polymer Engineering &Science, EarlyView.Schematic overview of polypropylene biocomposites with multiscale fillers, from compounding to mechanical performance evaluation of injection‐molded and 3D‐printed specimens. ABSTRACT This study investigates the development of environmentally improved hybrid composites by incorporating sugarcane bagasse (SCB) fibers (15 wt.%) and hydrophobic nano‐clay ...
Mohamed Ait Balla +4 more
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Exploring biofiber properties and their influence on biocomposite tensile properties
Polymer International, EarlyView.The study measured the physical, flow and chemical properties of 10 biofibers. It characterized the tensile properties of derived biocomposites and linked them using regression models, showing robust predictive performance. Abstract Biofibers serve as effective reinforcements for neat polylactic acid (PLA) in biocomposites, offering an attractive ...
Oluwafemi A. Oyedeji +5 more
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Polymer International, EarlyView.Hybrid jute/carbon epoxy laminates have better mechanical performance and less drilling damage by the use of optimized stacking sequence and machining parameters. Abstract Three composite laminate systems were produced using the standard hand lay‐up method: jute‐fibre‐reinforced polymer (JFRP), carbon‐fibre‐reinforced polymer (CFRP) and a hybrid of the
Paulraj Prabhu +5 more
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Developments in advanced biocomposites
, 2010 VTT has long experience in developing biocomposites for several application areas. Biocomposites are materials consisting of bioplastics, natural fibres and/or fillers and additives, which are also preferred to be biomass-based.
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Journal of Materials Research and TechnologyIn this study, bamboo (B) and kenaf (K) fibres were employed as reinforcements in bio-epoxy matrices to develop biocomposites, aiming to evaluate their mechanical, thermal, and morphological properties.
Sameer A. Awad +7 more
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