A novel hybrid composites based on biopolyamide 10.10 with basalt/aramid fibers: Mechanical and thermal investigation

Bazan, Patrycja; Nosal, Przemysław; Wierzbicka-Miernik, A.; Kuciel, Stanisław

doi:10.1016/j.compositesb.2021.109125

Cited by 36 publications

(28 citation statements)

References 35 publications

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“…Table 2 presents a list of the produced composites. The volumetric share was calculated based on formula (1) [34]: Glass wool waste was obtained from the demolition of the renovated campus b ing at the Cracow University of Technology (Cracow, Poland). Waste glass wool sam were separated manually from the C&D waste piles.…”

Section: Materials and Sample Preparationmentioning

confidence: 99%

“…Table 2 presents a list of the produced composites. The volum share was calculated based on formula (1) [34]: Glass wool waste was added to geopolymer composites in the amount of 3% and 5% by weight. For comparison purposes, a reference sample based on matrix material without any additives (samples marked as 0% GW) was made.…”

Section: Materials and Sample Preparationmentioning

confidence: 99%

“…Table 2 presents a list of the produced composites. The volumetric share was calculated based on formula (1) [34]:…”

Section: Materials and Sample Preparationmentioning

confidence: 99%

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Foamed Geopolymer Composites with the Addition of Glass Wool Waste

et al. 2021

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This study examines foamed geopolymer composites based on fly ash from the Skawina coal-fired power plant in Poland. The paper presents the effect of adding 3% and 5% by weight of glass wool waste on selected properties of foamed geopolymers. The scope of the tests carried out included density measurements, compressive and bending strength tests, measurements of the heat conduction coefficient, and the results of measurements of changes in thermal radiation in samples subjected to a temperature of 800 °C. The obtained results indicate that glass wool waste can be successfully used to lower the density and heat conduction coefficient of foamed geopolymer composites with a fly ash matrix. In addition, the results of changes in thermal radiation in the samples subjected to the temperature of 800 °C showed a positive effect of the addition of glass wool waste. Moreover, the introduction of the addition of glass wool waste made it possible to increase the compressive strength of the examined foamed geopolymers. For the material modified with 3% by weight of mineral wool, the increase in compressive strength was about 10%, and the increase in fibers in the amount of 5% by weight resulted in an increase of 20% concerning the base material. The obtained results seem promising for future applications. Such materials can be used in technical constructions as thermal insulation materials.

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Section: Materials and Sample Preparationmentioning

confidence: 99%

Section: Materials and Sample Preparationmentioning

confidence: 99%

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Foamed Geopolymer Composites with the Addition of Glass Wool Waste

et al. 2021

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“…Some studies have already implemented hybridization with biopolyamide. Bazan et al [23] studied the influence of basalt/aramid fibers on a biopolyamide 10.10, while Armioun et al [24] investigated the hybridization of wood and carbon fibers in a PA11 Rilsan matrix. Recently, Russo et al [25] performed a preliminary investigation of the composite configuration proposed in the present work, addressing the effect of plasticizer on the quasi-static properties of the neat matrix and the overall composite.…”

Section: Introductionmentioning

confidence: 99%

Toughened Bio-Polyamide 11 for Impact-Resistant Intraply Basalt/Flax Hybrid Composites

et al. 2022

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The automotive sector covers almost 40% of polyamide (PA) total demand. A suitable solution to improve the sustainability of this sector is the exploitation of PA matrices sourced from renewable origins, such as PA11, and their reinforcement with natural fibers such as vegetable flax and mineral basalt. A preliminary study on the quasi-static properties of PA11-based composites reinforced with an intraply flax/basalt hybrid fabric demonstrated their feasibility for semi-structural purposes in the transportation field, but their application needs to be validated against dynamic loading. In this regard, this work investigated the low-velocity impact performance of PA11 flax/basalt hybrid composites (10 J, 20 J and 30 J) as a function of temperature (room temperature and +80 °C) and plasticizer addition (butyl-benzene-sulfonamide). The results proved that plasticized PA11 is endowed with a lower glass transition temperature (~15 °C, from DMA) and melting temperature (~10 °C, from DSC), which simplifies manufacturing and processing, but also possesses a higher toughness which delays penetration phenomena and reduces permanent indentation at room temperature between 20.5% and 42.8% depending on impact energy. The occurrence of matrix plasticization at +80 °C caused a more flexible and tougher response from the laminates with a decrease in linear stiffness and a delay in penetration phenomena which made the plasticizer effect less prominent.

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“…These chains are connected with hydrogen bonds and offer ten times the tensile strength of steel for the same weight. AR fibers are twisted firmly to the point that it is beyond difficult to isolate them [ 32 ].…”

Section: Types Of Synthetic Fibersmentioning

confidence: 99%

A Review on Synthetic Fibers for Polymer Matrix Composites: Performance, Failure Modes and Applications

Rajak¹,

Wagh²,

Linul

2022

Materials

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In the last decade, synthetic fiber, as a reinforcing specialist, has been mainly used in polymer matrix composites (PMC’s) to provide lightweight materials with improved stiffness, modulus, and strength. The significant feature of PMC’s is their reinforcement. The main role of the reinforcement is to withstand the load applied to the composite. However, in order to fulfill its purpose, the reinforcements must meet some basic criteria such as: being compatible with the matrix, making chemical or adhesion bonds with the matrix, having properties superior to the matrix, presenting the optimal orientation in composite and, also, having a suitable shape. The current review reveals a detailed study of the current progress of synthetic fibers in a variety of reinforced composites. The main properties, failure modes, and applications of composites based on synthetic fibers are detailed both according to the mentioned criteria and according to their types (organic or inorganic fibers). In addition, the choice of classifications, applications, and properties of synthetic fibers is largely based on their physical and mechanical characteristics, as well as on the synthesis process. Finally, some future research directions and challenges are highlighted.

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A novel hybrid composites based on biopolyamide 10.10 with basalt/aramid fibers: Mechanical and thermal investigation

Cited by 36 publications

References 35 publications

Foamed Geopolymer Composites with the Addition of Glass Wool Waste

Foamed Geopolymer Composites with the Addition of Glass Wool Waste

Toughened Bio-Polyamide 11 for Impact-Resistant Intraply Basalt/Flax Hybrid Composites

A Review on Synthetic Fibers for Polymer Matrix Composites: Performance, Failure Modes and Applications

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