Natural fibre composites have been developed for some applications. One of potential natural fibre for composite is angustifolia Haw Agave fibre. In this research, the tensile strength and flexural strength of agave fibre composite with variations of fibre length were determined. Fibre agave (treated and untreated) with 1 cm, 3 cm and 5 cm length was used as reinforced composite. The results showed that the maximum tensile strength of agave fibre composite with untreated fibre occurs in 5 cm length, meanwhile with treated fibres the tensile strength tends to similar for each fibre length; and agave fibre with 5 cm length as reinforced composite has higher flexural strength than other fibre lengths for treated and untreated fibres
Polymeric composite material reinforced fiber is an engineering material that widely used because it...
The aim of this research is to obtain the optimum tensile strenght of rattan fiber composite for dif...
The aim of this research is to obtain the optimum tensile strenght of rattan fiber composite for dif...
Abstract The use of natural fibers as reinforcement material for natural fiber composite materials e...
Composites are often a serious problem for the environment because they are difficult to decipher by...
This study aims to analyze the tensile and impact strengths of three different types of composites. ...
Use of natural fiber composite material started being developed in the manufacturing industry. Progr...
This study aims to create and analyze the tensile strength of the material matrix composite reinforc...
Natural fiber composites are one way natural ingredients can be used as production staples and artif...
Use of natural fiber composite material started being developed in the manufacturing industry...
The purpose of the research is to know the length of the critical comparison of: (1) Agave fiber, (2...
This research is aimed to understand the effect of length-embedded fibres to interfacial shear stren...
Coir fibres are obtained from coconut husk. In application of composite materials, coir fibres are...
The background research is the development of science and technology in the field of materials engin...
The purpose of the research is to know the length of the critical comparison of: (1) Agave fiber, (...
Polymeric composite material reinforced fiber is an engineering material that widely used because it...
The aim of this research is to obtain the optimum tensile strenght of rattan fiber composite for dif...
The aim of this research is to obtain the optimum tensile strenght of rattan fiber composite for dif...
Abstract The use of natural fibers as reinforcement material for natural fiber composite materials e...
Composites are often a serious problem for the environment because they are difficult to decipher by...
This study aims to analyze the tensile and impact strengths of three different types of composites. ...
Use of natural fiber composite material started being developed in the manufacturing industry. Progr...
This study aims to create and analyze the tensile strength of the material matrix composite reinforc...
Natural fiber composites are one way natural ingredients can be used as production staples and artif...
Use of natural fiber composite material started being developed in the manufacturing industry...
The purpose of the research is to know the length of the critical comparison of: (1) Agave fiber, (2...
This research is aimed to understand the effect of length-embedded fibres to interfacial shear stren...
Coir fibres are obtained from coconut husk. In application of composite materials, coir fibres are...
The background research is the development of science and technology in the field of materials engin...
The purpose of the research is to know the length of the critical comparison of: (1) Agave fiber, (...
Polymeric composite material reinforced fiber is an engineering material that widely used because it...
The aim of this research is to obtain the optimum tensile strenght of rattan fiber composite for dif...
The aim of this research is to obtain the optimum tensile strenght of rattan fiber composite for dif...