COMPOSITE MATERIAL USING BAMBOO FIBER WITH EPOXY RESIN (original) (raw)
Related papers
Advanced Science Letters, 2011
The modern, dynamic world can't imagine its development without carrying the concept of advancement in composite materials. Various researches are going on in this field to achieve the desired standard. Natural fiber reinforced polymer composite (NFPC) has a huge affinity to interchange the composite made up of synthetic fiber. This is primarily because of the advantages like lightweight , non-toxic, nonabrasive, easy availability, low cost and biodegradable properties. The specific mechanical properties like specific tensile modulus and other specific properties of natural fiber gives a satisfying result for composites as compared to synthetic fiber based composites. The objective of article is to investigate the mechanical behaviour of short treated and untreated bamboo fiber reinforced epoxy based composites. Bamboo fibres with different length and contents are reinforced with epoxy resin to fabricate composite materials. The effect of fiber length and content on the mechanical behaviour of composites is studied.
The natural fiber composites based on bamboo fibers: a review
ARPN journal of engineering and applied sciences, 2015
Bamboo has found numerous applications in human life for centuries. In recent years however, bamboo has generated interest from researchers as a candidate to replace environmental unfriendly glass as fiber in fiber reinforced composites. This is due to the potential properties of bamboo that has high specific strength and stiffness besides being biodegradable, sustainable and renewable. This paper is to review on the properties of bamboo reinforced composites from numerous characterization studies of bamboo that are available in the literatures. The review is based on characterization studies on several types of bamboo reinforced composites such as laminated bamboo fiber reinforced composite, randomly oriented bamboo reinforced composite, hybrid fiber reinforced composite, bamboo fiber reinforced bio-composite and bamboo fiber sandwiched structure composite. It can be said that the laminated bamboo composite in general gives higher mechanical properties compare to other structural f...
Fabrication and Study of Mechanical Properties of Bamboo Fibre Reinforced Bio-Composites
In the present work experimental investigation has been carried out to study the effect of bamboo fibres at different weight percentages (20, 30 and 40) to modify epoxy resin. Tests are conducted on 100 kN servo-hydraulic universal testing machine under displacement mode of control, digital Rockwell hardness testing machine and impact testing machine. Modifying epoxy resin through bamboo fibres and improve mechanical properties is main focus of this study. Bamboo fibres at different wt% (20, 30 and 40) are filled in epoxy resin and the effects of mixing bamboo fibres on mechanical and physical properties are studied. On the basis of mechanical testing results it is found that 30 wt% of bamboo fibre mixed epoxy is giving optimum mechanical properties. The addition of bamboo fibres has improved tensile, flexural and impact properties of epoxy resin and increased water absorption of the material. On the basis of overall study the epoxy modified with 30% of bamboo fibre is found to be better than other combinations.
International Journal of Emerging Trends in Engineering Research
Bamboo fiber is a natural fiber that is easily degraded by microbes and potentially becomes an alternative fiber in the future due to its availability, which is abundantly cheap, and grows throughout the year and also isn't affected by the season. The application of bamboo fiber is a solution for environmental issues and a business prospect of synthetic fibers that are expected to decrease in line with petroleum. This study presents result of the studies of various types of bamboo, fiber extraction process both mechanically and chemically, composite fabrication based on various matrices, characterization carried out to reveal performance related to the requirements of various applications, weaknesses and improvements. Based on the result of this study, the researchers obtain information related to development and research status of bamboo fiber along with the application and weakness, as well as opportunity to make some improvements.
Analysis of Bamboo Fibre Composite with Polyester and Epoxy Resin
Usage of natural fibers in reinforced plastic material with natural fibers as a composite had a positive approach for the development of green composites in our day to day life. The paper deals with the study of woven bamboo natural fiber with polyester resin having 0/90 degree orientation and the bamboo natural fiber (2-4 mm length) with epoxy resin having random orientation. Tensile test was conducted on bamboo polyester resin composite whereas for bamboo epoxy resin composite, IZOD test, CHARPHY test, FTIR test and Hardness test were conducted. Both the composites i.e. Bamboo polyester resin composite and bamboo epoxy resin composite shows significant results as compared to manmade fiber composites.
Development of bamboo-based polymer composites and their mechanical properties
Composites Part A: Applied Science and Manufacturing, 2004
This paper presents the development of composites for ecological purposes (Eco-composites) using bamboo fibers and their basic mechanical properties. The steam explosion technique was applied to extract bamboo fibers from raw bamboo trees. The experimental results showed that the bamboo fibers (bundles) had a sufficient specific strength, which is equivalent to that of conventional glass fibers. The tensile strength and modulus of PP based composites using steam-exploded fibers increased about 15 and 30%, respectively, due to well impregnation and the reduction of the number of voids, compared to the composite using fibers that are mechanically extracted. The steam explosion technique is an effective method to extract bamboo fibers for reinforcing thermoplastics.
Fabrication of epoxy composite material reinforced with bamboo fibers
Journal of Applied Engineering Science, 2021
This study aims to enhance the mechanical properties of polymer material using type of natural fiber. Bamboo fiber considered the strongest between the natural fibers group, it have low density, high mechanical strength in addition to its availability makes it economical applicable and have potential for used as engineering material. The study is concerned with evaluate some of the mechanical properties (Tensile strength, Bending strength, Impact strength) for the resultant composite reinforced with 10, 20 and 30 vol.% of bamboo fibers, as compared with received material. With the natural reinforcement, the optimum mechanical properties in comparison with the as received epoxy were achieved. The results indicated that the tensile strength increased from 13.51MPa to 33.50MPa (that is a percentage increase of 150%), also the bending strength increased from 24.25MPa to 44.5MPa (that is a percentage increase about 83%), as well as, the increase of the impact strength from 41kJ/m² to 69k...
Natural Bamboo Fibre Composites, their properties and its Applications - A Review
Journal of Production and Industrial Engineering
In the present situation, there has been a fast consideration in innovative work in the Bamboo fibre composite field because of its better formability, copious, sustainable, financially etc. Bamboo fibre is a natural fibre that is easily degraded by microbes and potentially becomes an alternative fibre in the future due to its availability, which is abundantly cheap, and grows throughout the year and also isn't affected by the season The application of bamboo fibre is a solution for environmental issues and a business prospect of synthetic fibres that are expected to decrease in line with petroleum. With this work, various values of bamboo have been considered as the basis, mechanical and chemical properties have been given the with major focus. On the basis of these values and qualities, the characteristic and utility of bamboo have been told. The symptoms of use of bamboo have been considered.
On Mechanical Properties Of Bamboo Fiber Reinforced Polymer Composite
2013
Characteristically, polymers consist of the long chain molecules constructed of atoms (such as carbon and hydrogen) in the various arrangements with the different elements in the forming of basic building block of a polymer chain. Besides its primacy to the safety and environmental issues, polymer is becoming more widely used in today's industrial products due to its inherent advantages, such as inexpensive, durable, and flexible. Based on this reason, this study review the mixing of polymer with natural fibers (Bamboo) as an alternative of natural materials based on the potential properties as the reinforcing materials in polymer composite. This paper reviews the topic of bamboo mechanical properties in polymer composite. It highlights previous work done in bamboo fiber in terms of the reinforcement composite material. This literature study will be a good source for those who are interested in doing research for this topic.
Bamboo is an ancient structural material used for a variety of applications in India. Bamboo is widely used in the global south for frames, bridges, housing, and transitory structures. Bamboo supply has been effectively inexpensive as well as plentiful in global south countries to meet the widespread need for affordable housing. The current research focuses on the mechanical properties of bamboo fibre reinforced polymer composite materials for use in structural industries. Moreover, a bamboo fibre reinforced composite was compared to glass fibre in a variety of ways, and it was discovered that the bamboo fibre composite outperformed the glass fibre in a few areas. Investigations revealed the potential use of bamboo fibre reinforced composite with good stiffness but a lower strength limitation than glass fibre composite. Tensile strength of 40.53 MPa and hardness value of 68.2 RHN were achieved by E-glass epoxy composites. However, the results of bamboo fibre reinforced composites ca...