Effect of different chemical treatments and loadings of <i>Arundo donax</i> L. fibers on the dynamic mechanical, thermal, and morphological properties of bisphenol A aniline based polybenzoxazine composites

Bessa, Wissam; Derradji, Mehdi; Ambar, Houda; Benziane, Mokhtar; Guedouar, Bendiba

doi:10.1002/pc.26215

Cited by 11 publications

(7 citation statements)

References 44 publications

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“…Regarding the mechanical behavior of such composites, these authors also studied the influence of introducing 5, 10, and 15% fibers treated with NaOH, silane, or their combination, as in their previous work (Bessa et al 2020). They found significant increases in glass transition temperature with increased fiber content and reduced damping factor values, especially for silanized fibers (Bessa et al 2021b). Storage modulus increased for all composites, higher for higher loadings, and more significantly for alkali-silane-treated fibers, thus demonstrating a higher compatibility between fiber and matrix.…”

Section: Composites With Thermoset Materialsmentioning

confidence: 90%

“…Mechanical procedures are the most extended ones in the literature. Most authors process the lignocellulosic material by chopping and grinding it, using the resulting material for obtaining the composites (Fiore et al 2014c, a;Bessa et al 2020Bessa et al , 2021b. Several authors also used this approach for particleboard production (García-Ortuño et al 2011;Ferrández-García et al 2012;Andreu-Rodríguez et al 2013;Ramos et al 2018;Barreca et al 2019;Ferrández-García et al 2019;Ferrández Villena et al 2020b, a;Ferrández-García et al 2020).…”

Section: Fibers Obtained From Giant Reedmentioning

confidence: 99%

“…The studies about obtaining composites with giant reed are limited and mainly focus on particleboard production (García-Ortuño et al 2011;Ferrández-García et al 2012;Andreu-Rodríguez et al 2013;Barreca et al 2019;Ferrández-García et al 2019;Ferrández Villena et al 2020b;Ferrández-García et al 2020). Those studies on composites production use shredded vegetal material (Fiore et al 2014c, a;Bessa et al 2020Bessa et al , 2021b, bast fibers obtained by combing with a teeth brush (Fiore et al 2014b;Scalici et al 2016), or rudimentary mechanical procedures (Suárez et al 2021(Suárez et al , 2022bOrtega et al 2021), as summarized in Table 2. This section shows the conditions and properties found in the literature for composites with Arundo-derived materials for particleboard production, thermoset, and thermoplastic composites.…”

Section: Giant Reed As Filler/reinforcement Of Composite Materialsmentioning

confidence: 99%

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Use of giant reed (Arundo donax L.) for polymer composites obtaining: a mapping review

et al. 2023

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The massive biomass availability generated by the common giant reed (Arundo donax L.) motivates the research for its possible industrial use for high-added-value products through a biorefinery approach. The literature demonstrates the potential of common cane to obtain different high-value compounds, such as levulinic acid, oligosaccharides, fermentable sugars, highly digestible fiber for animal feed, polyphenols, and natural fibers for composite materials, among others. Arundo can also provide valuable lignocellulosic fibers with an application as composite reinforcement, which is the aim of this review. The work is split into different sections: fiber obtaining, mainly done by mechanical procedures, fiber characterization (composition, thermal degradation, "mechanical properties", and crystallinity), and properties of composites with reed fiber. Most authors refer to producing board panels with insulating properties, followed by introducing reed fibers or ground materials in thermoset resins. Few papers focus on the production of thermoplastic composites with Arundo, which shows the opportunity for deepening research in this area. PRISMA flowchart has been followed to perform the literature review. Different sources have been used, and retrieved results have been combined to obtain the core studies assessed in this review, evaluating the options of using Arundo fibers to obtain polymer composites.

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Section: Composites With Thermoset Materialsmentioning

confidence: 90%

Section: Fibers Obtained From Giant Reedmentioning

confidence: 99%

Section: Giant Reed As Filler/reinforcement Of Composite Materialsmentioning

confidence: 99%

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Use of giant reed (Arundo donax L.) for polymer composites obtaining: a mapping review

et al. 2023

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“…Bessa investigated the thermal characteristics of benzoxazine resin composites reinforced with Arundo donax L. (ADL) fibers. It was shown that the second and third stage of decomposition occurred at 200-300 • C and 350-500 • C, respectively [82]. Fique fibers are typically grown in the South American Andean region and have been used as structural reinforcement material for polymer composites.…”

Section: Thermal Stability and Thermal Conductivitymentioning

confidence: 99%

Natural Fiber Composite Filaments for Additive Manufacturing: A Comprehensive Review

Khilji,

Chilakamarry,

Surendran

et al. 2023

Sustainability

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This research explores the potential and significance of 3D printing natural fiber composite (NFC) materials. The primary objective is to investigate the mechanical, thermal, and environmental properties of NFC filaments, mainly focusing on biodegradable, renewable fibers such as jute, hemp, flax, and kenaf. In addition to studying the properties of NFCs, our research delves into the challenges associated with processing, including moisture absorption and fiber-matrix interfacial bonding. The novelty of this work lies in the convergence of traditional composite materials with the versatility of 3D printing technology. NFC filaments offer unique advantages in terms of sustainability, and we examine their potential contributions to the circular economy. By using eco-friendly NFC materials in 3D printing, we aim to present a viable, environmentally responsible alternative to conventional synthetic composites. The importance of 3D printing NFCs stems from the ways their use can align with sustainability goals. These materials provide the advantages of renewability, reduced carbon impact, and in some cases, biodegradability. Their applications extend to various industries, such as automotive, construction, and packaging, where eco-friendly materials are increasingly sought. Such applications showcase the ways in which NFC-based 3D printing can contribute to a more environmentally responsible and sustainable future. This research explores the mechanical, thermal, and environmental properties of NFC materials, highlighting their unique advantages for 3D printing and the potential to have eco-friendly applications in diverse industries.

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“…31 Researchers dedicated this decline to the reduced reinforcing effect of filler in composites because of uneven dispersion and agglomeration of filler within the matrix. Analogous and comparable results of DMA were reviewed where benzoxazine and PN resins were customized by the reinforcement of glass fibers, 32 carbon fibers, 5,33 and Arundodonax L. fibers; 34 Pinecone particles, 35 silicon carbide particles, 36 silicon nitride nanoparticles, 37 and zirconia nanoparticles. 38 The reinforcement of these fibers and particles improves E' due to the restriction in chain segment mobility.…”

Section: Storage Modulusmentioning

confidence: 99%

Development of chopped glass fiber composites with difunctional benzoxazine and bio‐based phthalonitrile copolymer: A study of mechanical and thermomechanical properties

Alshahrani

Dayo

Liu

2022

J of Applied Polymer Sci

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The randomly-oriented glass fibers (GF) reinforced composites with Bisphenol A-amine based benzoxazine (BA-a) and bio-based eugenol-based phthalonitrile (EPN) copolymer were developed by an isothermal compression molding technique. The silane coupling agent-treated GF (TGF) reinforced composites showed much better impact strength as compared to as-received GF reinforced composites. A rise of 95.2 MPa, 5.5GPa, 69.1 MPa, and 2.5GPa in flexural strength, flexural modulus, tensile strength, and Young's modulus were observed, respectively. The DMA results confirmed that the storage modulus (E') and glass transition temperature (T g ) were gradually increased and the damping factor decreased as the TGF reinforcement was raised from 0 to 40 wt%. E' and T g values were 3.09 GPa and 27 C, respectively, higher than the recorded values for the neat copolymer. The 40 wt% TGF reinforced poly(BA-a/EPN) composite showed the maximum thermal stability values of 475.4, 507.3 C, and 75.43% for T 5 , T 10 , and Y c , respectively. The LOI values confirm that the TGF/copolymer composites have self-extinguishing properties.

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Effect of different chemical treatments and loadings of Arundo donax L. fibers on the dynamic mechanical, thermal, and morphological properties of bisphenol A aniline based polybenzoxazine composites

Cited by 11 publications

References 44 publications

Use of giant reed (Arundo donax L.) for polymer composites obtaining: a mapping review

Use of giant reed (Arundo donax L.) for polymer composites obtaining: a mapping review

Natural Fiber Composite Filaments for Additive Manufacturing: A Comprehensive Review

Development of chopped glass fiber composites with difunctional benzoxazine and bio‐based phthalonitrile copolymer: A study of mechanical and thermomechanical properties

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