In this study the microstructure of the fibre is liked with the mechanical behaviour of the fibre. The tensile properties for single bamboo (G. angustifolia) fibres were set at different span lengths after machine compliance correction, showing that the specific E-Modulus and the specific strength can compete with glass fibre. Strength values of around 800 MPa were obtained by using a novel green mechanical extraction process. Untreated unidirectional bamboo/epoxy composites show good flexural strength. For UD bamboo fibre thermoplastic PP composites, flexural tests with two fibre orientations were performed. The material performance was reasonable, but further work is necessary to improve the performance of the material.status: publishe
This research reviews on the studies that have been done by previous researchers on the anatomical ...
Bamboo reinforced epoxy have adequate properties to attract its use as structural material in engine...
Nigerian grown species of bamboo called bambusa vulgaris which was examined to analyze its tensile ...
A novel mechanical extraction process was developed to obtain long bamboo fibers to be used as reinf...
Bamboo fibers with high mechanical properties can be a sustainable alternative to synthetic fibers f...
Natural plant fibre composites have been developed for the production of a variety of industrial pro...
Thanks to their good mechanical properties and low density, bamboo fibres represent one of the most...
The modern dynamic world can’t imagine its development without bringing the concept of advancement i...
Ligno-cellulosic fiber is an effective reinforcement as an alternative for man-made fiber in composi...
© The Author(s) 2018. The mechanical properties of bamboo technical fibre, from the species Guadua a...
Bamboo has manifested itself as a viable alternative to slow growing hardwood. The reason is that ba...
In the present work experimental investigation has been carried out to study the effect of bamboo fi...
The mechanical properties of bamboo technical fibre, from the species Guadu...
Advanced glass and carbon-fiber thermoset based composites have infiltrated into leading markets suc...
Advanced glass and carbon-fiber thermoset based composites have infiltrated into leading markets suc...
This research reviews on the studies that have been done by previous researchers on the anatomical ...
Bamboo reinforced epoxy have adequate properties to attract its use as structural material in engine...
Nigerian grown species of bamboo called bambusa vulgaris which was examined to analyze its tensile ...
A novel mechanical extraction process was developed to obtain long bamboo fibers to be used as reinf...
Bamboo fibers with high mechanical properties can be a sustainable alternative to synthetic fibers f...
Natural plant fibre composites have been developed for the production of a variety of industrial pro...
Thanks to their good mechanical properties and low density, bamboo fibres represent one of the most...
The modern dynamic world can’t imagine its development without bringing the concept of advancement i...
Ligno-cellulosic fiber is an effective reinforcement as an alternative for man-made fiber in composi...
© The Author(s) 2018. The mechanical properties of bamboo technical fibre, from the species Guadua a...
Bamboo has manifested itself as a viable alternative to slow growing hardwood. The reason is that ba...
In the present work experimental investigation has been carried out to study the effect of bamboo fi...
The mechanical properties of bamboo technical fibre, from the species Guadu...
Advanced glass and carbon-fiber thermoset based composites have infiltrated into leading markets suc...
Advanced glass and carbon-fiber thermoset based composites have infiltrated into leading markets suc...
This research reviews on the studies that have been done by previous researchers on the anatomical ...
Bamboo reinforced epoxy have adequate properties to attract its use as structural material in engine...
Nigerian grown species of bamboo called bambusa vulgaris which was examined to analyze its tensile ...