Thermal characterization of epoxy bilayer hybrid composites reinforced with kenaf and oil palm fibers

Hanan, Farah; Khan, Tabrej; Jawaid, Mohammad; Sultan, Mohamed Thariq Hameed; Sebaey, Tamer A.; Singh, Balbir; Sarmin, Siti Noorbaini

doi:10.1002/pc.27108

Cited by 6 publications

(5 citation statements)

References 31 publications

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“…Considering that the glass transition temperature of the epoxy matrix in CFRP laminates used in this study was about 120 C and the thermo-oxidative decomposition temperature was 183 C, the high temperature generated by the energy accumulation effect on the surface of CFRP specimens after a long-term plasma treatment might affect the surface properties of composites, [22,23] which thereafter would affect the bonding properties of the CFRP bonded components.…”

Section: Temperature Field Distribution On the Surface Of Cfrp Specimenmentioning

confidence: 99%

Effects of temperature distribution caused by energy accumulation on the bonding properties of carbon fiber composite components

Wang

Jia

et al. 2022

Polymer Composites

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Section: Temperature Field Distribution On the Surface Of Cfrp Specimenmentioning

confidence: 99%

Effects of temperature distribution caused by energy accumulation on the bonding properties of carbon fiber composite components

Wang

Jia

et al. 2022

Polymer Composites

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“…Fiber addition more than the optimum range will inversely affect the mechanical and wear properties of epoxy-based composites (Singha and Thakur 2008;Nirmal et al 2012;Shuhimi et al 2016;Kumar et al 2019). It was also observed that lignocellulosic fiber has its better application by adding the fibers in equal weight percentages (Satheesh Kumar et al 2010;Liu et al 2019;Nanda and Satapathy 2021;Hanan et al 2023). The areca natural fibers up to 20 wt% observed better mechanical properties with epoxy-based composites (Johnson 2019).…”

Section: Introductionmentioning

confidence: 96%

Mechanical, morphological and wear resistance of natural fiber / glass fiber-based polymer composites

Sumesh,

Palanisamy,

Khan

et al. 2024

BioRes

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Natural fibers along with glass fibers were used as the reinforcement of an epoxy matrix for the betterment of mechanical and wear applications. The combination of overall wt% up to 20 resulted in 23.8 MPa of tensile strength compared to 15.5 MPa for untreated fibers. The wt% of areca fiber (AF) (20 wt%)/glass fibers (GF) (20 wt%) with 5% alkali treatment yielded a maximum tensile strength up to 62.6% in comparison to untreated fiber at lowest percentage of 10 wt%. The increase in flexural strength with alkali treatment was observed from 20 to 50 wt% hybrid fiber incorporation. The alkali treated fibers, untreated fiber combinations achieved 33.8% and 26.8% improvement with impact properties. A decrease in the wear loss was shown with the increase in wt% of hybrid fiber incorporation from 20 to 40 wt%. The interfacial adhesion of fiber with matrix created a pressure absorbing zone that was positively influenced with applying higher loads. The frictional rate was highly increasing with increase in hybrid fiber wt% and also with higher loads applied. The SEM results for treated 20 wt% AF+20 wt% GF with hybrid fiber incorporation observed better results due to improved adhesion of fiber with matrix phase.

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“…The objective of this study was to provide valuable insights on the effectiveness and compatibility of various resin-fiber combinations in the production of composite tubes (Supian et al 2018;Hanan et al 2022;Palanisamy et al 2023b). Eyer et al (2016), studied compression tests and found that the failure mode of specimens can be influenced by factors such as slenderness.…”

Section: Introductionmentioning

confidence: 99%

Crash-worthiness analysis of hollow hybrid structural tube by aluminum with basalt-bamboo hybrid fiber laminates by roll wrapping method

Govindarajan,

Shanmugavel,

Palanisamy

et al. 2024

BioRes

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Hollow hybrid structural tubes were evaluated using commercial-grade Diamond Micro Expanded Mesh (DMEM) thin mesh of aluminum (Al) as structural reinforcement. Axial, transverse (flexural), and radial compression tests were performed on four different layered hybrid structures using bamboo (Bm) and basalt (B). With a maximum force of 34.7 kN, compressive ultimate strength of 238 MPa, and strain of 12.6%, AlBmB (with layers labeled from inside to outside) was the best performer in the axial compression test. AlBmB’s adaptability was demonstrated by the flexural test, showing a maximum bending force of 4.7 kN, a flexural strength of 97.7 MPa, and a decreased deflection of 13.2 mm. Radial compression test results underscored the superior energy absorption characteristics of AlBmB. The varying material interfaces in the hybrid tubes yielded distinctive performances. AlBmB, incorporating bamboo and basalt layers, stood out with superior energy absorption and crush force characteristics, indicating enhanced crashworthiness. The other hybrids AlBm, AlB, and BmB also exhibited commendable performances, emphasizing the adaptability of different material combinations. The meticulous selection of DMEM and innovative roll wrapping method for fabrication reliably influenced the tubes’ mechanical properties. The study contributes to advancing the design of lightweight, durable, and high-strength components.

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Thermal characterization of epoxy bilayer hybrid composites reinforced with kenaf and oil palm fibers

Cited by 6 publications

References 31 publications

Effects of temperature distribution caused by energy accumulation on the bonding properties of carbon fiber composite components

Effects of temperature distribution caused by energy accumulation on the bonding properties of carbon fiber composite components

Mechanical, morphological and wear resistance of natural fiber / glass fiber-based polymer composites

Crash-worthiness analysis of hollow hybrid structural tube by aluminum with basalt-bamboo hybrid fiber laminates by roll wrapping method

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