1. A comparative review of Nettle and Ramie fiber and their use in biocomposites, particularly with a PLA matrix.
- Author
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Bogard, Fabien, Bach, Thierry, Abbes, Boussad, Bliard, Christophe, Maalouf, Chadi, Bogard, Virginie, Beaumont, Fabien, and Polidori, Guillaume
- Subjects
NATURAL fibers ,FIBROUS composites ,POLYLACTIC acid ,POLYESTER fibers ,RAMIE ,FIBERS ,THERMOPLASTIC composites ,SANDWICH construction (Materials) ,TRANSFER molding - Abstract
Low impregnation of the fiber when the fiber ratio is high may therefore be responsible for the loss of mechanical properties, but it is not the only reason for Nettle and also for kenaf fibers (a variety of hemp) (Kumar and Das [73]). Vegetal fibers; Nettle fiber Nettle fiber culture Nettle plants are very common under our latitudes. Other fibers treatment used for Nettle fibers in a PLA/Nettle composite The study reported by Yu, Jiang, and Li ([120]) uses two different concentrations of maleic anhydride (MA) to create a Ramie/PLA composite. Keywords: Stinging nettle; polylactic acid; mechanical characteristics; biodegradable; treatment; automotive; : ; ; ; ; ; EN Stinging nettle polylactic acid mechanical characteristics biodegradable treatment automotive ZH : 8205 8229 25 11/21/22 20221220 NES 221220 Introduction Nettle and Ramie both belong to the Urticaceae family, but they are from different genus, (Hassler [54]). Fibers caracteristics according to mechanical properties (Gourier [52]) HT
ht Once the size of the lumen is acceptable, i.e. once the fiber content is sufficient, the harvest begins. [Extracted from the article]stem height Fiber diameter Lumen size Mechanical properties top + ++ ++ middle ++ + +++ bottom +++ ++ + - Published
- 2022
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