A review on allotropes of carbon and natural filler-reinforced thermomechanical properties of upgraded epoxy hybrid composite

The scarcity of nonrenewable resource motivated inclination towards the environmental-friendly novel materials and development of waste natural filler-based hybrid composite is encouraged to fulfill the material demand. Epoxy resins-based composites are high-performing thermosetting polymers and hav...

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Autores principales:	Gouda Krushna, Bhowmik Sumit, Das Biplab
Formato:	article
Lenguaje:	EN
Publicado:	De Gruyter 2021
Materias:	thermomechanical properties waste product natural filler/fiber graphene hybrid composite Technology T Chemical technology TP1-1185
Acceso en línea:	https://doaj.org/article/a747cefc98c04f0dbd2e4b948f39f983
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spelling	oai:doaj.org-article:a747cefc98c04f0dbd2e4b948f39f9832021-12-05T14:11:02ZA review on allotropes of carbon and natural filler-reinforced thermomechanical properties of upgraded epoxy hybrid composite1605-812710.1515/rams-2021-0024https://doaj.org/article/a747cefc98c04f0dbd2e4b948f39f9832021-04-01T00:00:00Zhttps://doi.org/10.1515/rams-2021-0024https://doaj.org/toc/1605-8127The scarcity of nonrenewable resource motivated inclination towards the environmental-friendly novel materials and development of waste natural filler-based hybrid composite is encouraged to fulfill the material demand. Epoxy resins-based composites are high-performing thermosetting polymers and have outstanding blending properties, good machinability, and low cost. Due to these advantages, thermoset plastic is largely used in a broad range of engineering applications; however, thermomechanical properties of neat epoxy are low. Thus, to enhance the thermomechanical properties of epoxy, it is interfaced materials such as graphite, graphene nanoplatelet, boron, carbon fiber, aluminium, silver, etc. Among various substances, graphene has been deliberated as an acceptable novel filler because of its exceptional properties. In addition to inorganic filler inclusion, natural filler/fiber like hemp, sisal, flax, bamboo, jute, etc. can be utilized in a higher percentage as biodegradable material. The present article assisted to improve thermomechanical properties of neat epoxy. This work identifies and addresses (i) processes used for graphene modification; (ii) treatment utilized for enhancing the binding properties of natural filler; (iii) various natural filler extraction process employed; (iv) neat epoxy modification; and (v) influence of different dimensions of fillers.Gouda KrushnaBhowmik SumitDas BiplabDe Gruyterarticlethermomechanical propertieswaste productnatural filler/fibergraphenehybrid compositeTechnologyTChemical technologyTP1-1185ENReviews on Advanced Materials Science, Vol 60, Iss 1, Pp 237-275 (2021)
institution	DOAJ
collection	DOAJ
language	EN
topic	thermomechanical properties waste product natural filler/fiber graphene hybrid composite Technology T Chemical technology TP1-1185
spellingShingle	thermomechanical properties waste product natural filler/fiber graphene hybrid composite Technology T Chemical technology TP1-1185 Gouda Krushna Bhowmik Sumit Das Biplab A review on allotropes of carbon and natural filler-reinforced thermomechanical properties of upgraded epoxy hybrid composite
description	The scarcity of nonrenewable resource motivated inclination towards the environmental-friendly novel materials and development of waste natural filler-based hybrid composite is encouraged to fulfill the material demand. Epoxy resins-based composites are high-performing thermosetting polymers and have outstanding blending properties, good machinability, and low cost. Due to these advantages, thermoset plastic is largely used in a broad range of engineering applications; however, thermomechanical properties of neat epoxy are low. Thus, to enhance the thermomechanical properties of epoxy, it is interfaced materials such as graphite, graphene nanoplatelet, boron, carbon fiber, aluminium, silver, etc. Among various substances, graphene has been deliberated as an acceptable novel filler because of its exceptional properties. In addition to inorganic filler inclusion, natural filler/fiber like hemp, sisal, flax, bamboo, jute, etc. can be utilized in a higher percentage as biodegradable material. The present article assisted to improve thermomechanical properties of neat epoxy. This work identifies and addresses (i) processes used for graphene modification; (ii) treatment utilized for enhancing the binding properties of natural filler; (iii) various natural filler extraction process employed; (iv) neat epoxy modification; and (v) influence of different dimensions of fillers.
format	article
author	Gouda Krushna Bhowmik Sumit Das Biplab
author_facet	Gouda Krushna Bhowmik Sumit Das Biplab
author_sort	Gouda Krushna
title	A review on allotropes of carbon and natural filler-reinforced thermomechanical properties of upgraded epoxy hybrid composite
title_short	A review on allotropes of carbon and natural filler-reinforced thermomechanical properties of upgraded epoxy hybrid composite
title_full	A review on allotropes of carbon and natural filler-reinforced thermomechanical properties of upgraded epoxy hybrid composite
title_fullStr	A review on allotropes of carbon and natural filler-reinforced thermomechanical properties of upgraded epoxy hybrid composite
title_full_unstemmed	A review on allotropes of carbon and natural filler-reinforced thermomechanical properties of upgraded epoxy hybrid composite
title_sort	review on allotropes of carbon and natural filler-reinforced thermomechanical properties of upgraded epoxy hybrid composite
publisher	De Gruyter
publishDate	2021
url	https://doaj.org/article/a747cefc98c04f0dbd2e4b948f39f983
work_keys_str_mv	AT goudakrushna areviewonallotropesofcarbonandnaturalfillerreinforcedthermomechanicalpropertiesofupgradedepoxyhybridcomposite AT bhowmiksumit areviewonallotropesofcarbonandnaturalfillerreinforcedthermomechanicalpropertiesofupgradedepoxyhybridcomposite AT dasbiplab areviewonallotropesofcarbonandnaturalfillerreinforcedthermomechanicalpropertiesofupgradedepoxyhybridcomposite AT goudakrushna reviewonallotropesofcarbonandnaturalfillerreinforcedthermomechanicalpropertiesofupgradedepoxyhybridcomposite AT bhowmiksumit reviewonallotropesofcarbonandnaturalfillerreinforcedthermomechanicalpropertiesofupgradedepoxyhybridcomposite AT dasbiplab reviewonallotropesofcarbonandnaturalfillerreinforcedthermomechanicalpropertiesofupgradedepoxyhybridcomposite
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A review on allotropes of carbon and natural filler-reinforced thermomechanical properties of upgraded epoxy hybrid composite

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