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Static and dynamic mechanical analysis of hybrid natural fibre composites for engineering applications
Natural fibres (NFs) are utilized for making environment-friendly products inside the construction and automotive industries. Four distinct types of...
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Babassu Coconut Fibre-Reinforced Natural Rubber Biocomposite for Fabrication and Use in Remote Locations
The work concentrates on how the largely disposed of by-products from the babassu palm tree industry and the liquid natural rubber latex extracted...
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A characterization study on toughening natural fibre composites using functionalized barely husk biosilica
The objective of this study was to develop an eco-friendly biocomposite for the replacement of synthetic man-made reinforcement composites using...
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Thermoplastic composites reinforced chemically modified kenaf fibre: current progress on mechanical and dynamic mechanical properties
Many researchers are searching for viable substitutes for the highly polluting synthetic plastics/fibres, driven by the depletion of petroleum crude...
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Study of mechanical properties on abaca/sisal fibre–reinforced epoxy resin–based hybrid composites
Toxic gas and other environmental risks are created when synthetic fibres are burned or degraded slower than natural fibres. Natural fibres have...
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The effect of fibre length and content on Aloe vera and ramie fibre-reinforced epoxy hybrid composite properties
This study examines the mechanical properties, characterization studies, wear, and absorption tests of hybrid polymer composites reinforced with Aloe...
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Combining the pineapple leaf fibre (PALF) and industrial ramie fibre to the epoxy matrix for high-strength light weight medium-density fibreboards
In this research work, the mechanical properties, characterization studies, and absorption studies of ramie and pineapple leaf fibre...
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Development and characterization of charcoal/PET fibre for effluent filtration through bamboo biomass
Due to their superior biodegradability, renewable nature, and simplicity of disposal without harming the environment, natural fibre-based products...
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Analysis of the properties of a hemp fibre derived from Cannabis sativa as a renewable source
Hemp fibres can replace synthetic fibres due to their eco-friendly qualities. In this study, a natural fibre was extracted from hemp fibre ( Cannabis...
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Effective utilization of fibre extracted from the waste neem tree twigs—a step towards sustainable practices
Increased mechanical characteristics and biodegradability in polymer composites can be achieved by using nanocellulose, the crystalline domain...
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Influence of Ceiba pentandra fibre orientation on mechanical properties of biocomposites—a rudimentary approach
Natural fibre-reinforced materials are gaining potentiality for their advantages such as environmental friendly nature, light weight and abundant...
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Appraising the microstructure and electrical conductivity characteristics of polyaniline-coated natural fiber composites
Natural fibres are gaining attention for their eco-friendliness and mechanical properties, but their use in electrical applications is limited due to...
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Himalayan nettle fibre-reinforced polymer composite: a physical, mechanical, and thermal analysis
Himalayan nettle fibre is abundantly available in the Himalayan regions of India and can effectively replace synthetic fibre in epoxy-based polymer...
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Studies on the characteristic features of Abutilon indicum fibre with chemical treatments for the potential application in cement composites
The use of synthetic fibres leads to an increased environmental concern that promotes the usage of natural fibres as a sustainable alternative for...
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Study of thermal stability and characterisation of novel bioplastic as a potential alternate for synthetic fibre replacement in polymer composite
This work involves bioplastic from starch, natural gum, and natural fibre. Starch, PLA, Diospyros malabarica , and Passiflora fibre have good...
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Enhancing the efficiency of vibrational dam** and hardness properties of water hyacinth (Eichhornia crassipes) plant fibre-reinforced polymer composites
The bio-based natural fibres are increasingly being used for lightweight structural applications in the automotive and construction industries due to...
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Improvising thermo-mechanical, flame and creep degradation resistance of bamboo fibre-vinyl ester composite using Agaricus bisoporus mushroom chitosan
Due to the scarcity of natural minerals and materials, many industries are experiencing shortages, affecting their ability to produce various...
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Mechanical and thermomechanical behaviour of agro-waste almond shell biochar filler interlaced chemically treated flax fibre vinyl ester composites
Biofibre and filler are used to develop environmental friendly products for the automotive, marine, construction, and other structural industries....
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Mechanical and thermal stability of Millettia pinnata fibre-reinforced ZrO2 nanofiller particulates polyester composite — an experimental study
Natural fibres improve polymer composite because fibre’s weight-to-density ratio is low compared to metal/synthetic fibres. This study aims to use a...
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A sustainable approach for tailoring coir-fibre based bio-adsorbent and its composite for industrial applications
This study focuses on the modification of raw coir fibre (RCF) as a bio-adsorbent by partial bleaching to retain its strength with improvement in...
