Composite Materials

Thomas, Sabu; Abraham, Jiji; Parambil, Ajithkumar Manayan; Krishnan, Asha; Maria, Hanna J.; Ilschner, Bernhard; Lees, Joseph K.; Dhingra, Ashok K.; McCullough, R. L.

doi:10.1002/14356007.a07_369.pub2

Cited by 8 publications

(3 citation statements)

References 50 publications

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“…The authors declare no conflict of interest. 1.5 [30,58] 6.2-20 [30] 12 [58] 12-13.8 [57] 33.6 [59] 400 [58] 400-980 [30] 418-486 [57] 813 [59] 1-10 [69] 2080 [70] 2120 [71] 2400-2700…”

Section: Conflicts Of Interestmentioning

confidence: 99%

“…[69] 2800 [68] 3600 [65] 1.5-3.3 [66] 2-4.5 [67] 3.7 [68] 600-1350 [72] 1651 [68] 8.7 [73] 13.19 [74] 13.232 [68] 37.5 [72] 90-104 [72] 74.49 * [72] Bamboo 0.6-1.1 [30] 0.91-1.5 [57] 11-32 [30] 27-35.91 [57] 35.91 [58] 140-800 [30] 500 [58] 503-575 [57] 1.4 [58] 2.5-3.7 [30] -0.0515 [75] 3.05 [76] 0.225-0. [41] 144-567 [57] 161.8 [59] 500 [30] 600 [58] 700-800 [41] 1.5-9 [30] 2.5-3.7 [41] 3.36 [ 42 [78] 60 [80] 90 [45] 100 [81] 1790 [81] 2850 [45] 3000 [82] 1.12 [80] 3.5 [83] 6.63 [78] 18 [79] 0 [69] 1.75-1.8 [66] 1.76 [90] 1.82 [58] 2.2 [91] 200-250 [66] 220-550 …”

Section: Appendix Amentioning

confidence: 99%

“…[66] 4000 [23] 4100-6000 [90] 0.3-1.4 [69] 1.1-2.1 [90] 1.2-1.4 [66] 1.4-1.8 [23] 130 [61] 183-286 [21,92] 198-595 [93] 338.97 [74] 390-420 [72] 460 [94] 12.55 [74] 20 [ [61] 0.24-0.48 [92] Cotton 1.5-1.6 [30] 1.51 [99] 5.5-12.6 [30] 6-13 [47] 12 [41,99] 287-800 [30] 300-600 [47] 400 [41,99] 3-10 [30,99] 7-8 [47] 5.759-32.643 [100] 54 [64] 60 [63] 0.4341 [97] 0.978-2.446 [100] 6 [63] 8 [64] 0.5 [23] 1.8-3.2 [101] 1.8-4.8 [30] 3 [99] 3.2-3.5 [47] 3.3-4.8 [66] 8.67 [74] 13-32 [21,92] 17.5 [ 21 [111] Hemp 1.4-1.5 [30,101] 1.47 [23] 1.48 [66,…”

Section: Appendix Amentioning

confidence: 99%

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Investigation of the Fabrication Suitability, Structural Performance, and Sustainability of Natural Fibers in Coreless Filament Winding

et al. 2022

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Coreless filament winding is an emerging fabrication technology in the field of building construction with the potential to significantly decrease construction material consumption, while being fully automatable. Therefore, this technology could offer a solution to the increasing worldwide demand for building floor space in the next decades by optimizing and reducing the material usage. Current research focuses mainly on the design and engineering aspects while using carbon and glass fibers with epoxy resin; however, in order to move towards more sustainable structures, other fiber and resin material systems should also be assessed. This study integrates a selection of potential alternative fibers into the coreless filament winding process by adapting the fabrication equipment and process. A bio-based epoxy resin was introduced and compared to a conventional petroleum-based one. Generic coreless wound components were created for evaluating the fabrication suitability of selected alternative fibers. Four-point bending tests were performed for assessing the structural performance in relation to the sustainability of twelve alternative fibers and two resins. In this study, embodied energy and global warming potential from the literature were used as life-cycle assessment indexes to compare the material systems. Among the investigated fibers, flax showed the highest potential while bio-based resins are advisable at low fiber volume ratios.

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“…The authors declare no conflict of interest. 1.5 [30,58] 6.2-20 [30] 12 [58] 12-13.8 [57] 33.6 [59] 400 [58] 400-980 [30] 418-486 [57] 813 [59] 1-10 [69] 2080 [70] 2120 [71] 2400-2700…”

Section: Conflicts Of Interestmentioning

confidence: 99%

Section: Appendix Amentioning

confidence: 99%

Section: Appendix Amentioning

confidence: 99%

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Investigation of the Fabrication Suitability, Structural Performance, and Sustainability of Natural Fibers in Coreless Filament Winding

et al. 2022

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Thermoplastic bicomponent‐fibers for organosheets via inline polymerization

Senneka,

Haag,

Lüking

et al. 2024

Polymer Composites

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State‐of‐the‐art organosheets suffer from several shortcomings that limit their applicability in high‐performance materials, mainly due to the imperfect combination of glass fibers and polymer. To overcome these issues, a novel hybrid fiber is presented, in which every single filament consists of a glass core and an individual, thin, thermoplastic polymer coating. Those fibers can immediately be consolidated into organosheets, without the necessity of the critical combination step. Production is realized by an ultra‐rapid inline coating of the filaments, incorporated into a standard spinning system. This solvent‐free process is realized by coating of the fibers with a tailor‐made, monomeric precursor solution, which is radiation‐polymerized immediately after application. Within fractions of a second, the coating layer is thus solidified, before coiling of the hybrid fiber. Due to the very low thickness of the coating and specific formulation of the precursor, tackless layers can be achieved before the coiling, even at industrial spinning speeds.Highlights Glass fibers are coated with a thermoplast via in situ polymerization. A precursor is developed which polymerizes in 100 ms. Glass fibers are coated completely with thermoplast by using a UV tunnel. Spinning velocities of about 600 m/min can be achieved. Hybrid fibers are consolidated into glass fiber‐reinforced plastics (GFRP).

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Contact Allergy to Plastic Materials and Glues

Aalto‐Korte

Suuronen

2020

Contact Dermatitis

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Composite Materials

Cited by 8 publications

References 50 publications

Investigation of the Fabrication Suitability, Structural Performance, and Sustainability of Natural Fibers in Coreless Filament Winding

Investigation of the Fabrication Suitability, Structural Performance, and Sustainability of Natural Fibers in Coreless Filament Winding

Thermoplastic bicomponent‐fibers for organosheets via inline polymerization

Contact Allergy to Plastic Materials and Glues

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