This study is aimed at analysing the effect of blend proportion on the mechanical properties of banana/cotton blended knit fabrics. The banana fibre is extracted and subjected to alkali treatment and silicon softening followed by blending with cotton fibres in different proportions to produce banana/cotton blended yarns. Single jersey weft knitted fabrics are produced using these banana/cotton blended yarns and the fabric properties are analysed and compared with 100% cotton knitted fabric. It is observed that the banana/cotton blended yarns show decreased strength with increase in banana fibre content. In the banana/cotton blended knit fabric, with the increase in banana fibre proportion, the abrasion resistance increases, bursting streng...
The current effort by researchers all over the world today is to develop polymer composites using na...
Low-stress mechanical behavior of cotton-rich/polylacticacid blended fabrics has been investigated a...
With the increase in the development activities, the utilization of non-renewable and non-biodegrada...
41-47This study is aimed at analysing the effect of blend proportion on the mechanical properties of...
Mechanical properties are very important properties of woven fabric, it affects on the load a textil...
The study presents the mechanical properties of polymer-based composites reinforced with chemically ...
This work analyses the effect of alkali treatment on the mechanical properties of banana fibre (Musa...
Fibres have been extracted from fruit and bunch stems of banana plant by water retting and evaluated...
ABSTRACT: Chemical surface modifications involving 1 % sodium hydroxide (NaOH) and 1% acrylic acid (...
Banana fibres have been treated with NaOH at 10, 15 and 20% concentrations and its effect on chemica...
Natural fibres, such as banana, coir, jute and gongura have been proved to be effective reinforcemen...
Abstract Global trend towards sustainable developments have brought natural, renewable biodegradable...
This researcher is interested in Banana Fiber and Cotton Fiber Blend. For seeking the suitable ratio...
The use of natural fibers as fillers in the rubber industry is a new trend. Banana fibres has been ...
The use of natural fibers in polymer matrices is highly beneficial because the strength and toughnes...
The current effort by researchers all over the world today is to develop polymer composites using na...
Low-stress mechanical behavior of cotton-rich/polylacticacid blended fabrics has been investigated a...
With the increase in the development activities, the utilization of non-renewable and non-biodegrada...
41-47This study is aimed at analysing the effect of blend proportion on the mechanical properties of...
Mechanical properties are very important properties of woven fabric, it affects on the load a textil...
The study presents the mechanical properties of polymer-based composites reinforced with chemically ...
This work analyses the effect of alkali treatment on the mechanical properties of banana fibre (Musa...
Fibres have been extracted from fruit and bunch stems of banana plant by water retting and evaluated...
ABSTRACT: Chemical surface modifications involving 1 % sodium hydroxide (NaOH) and 1% acrylic acid (...
Banana fibres have been treated with NaOH at 10, 15 and 20% concentrations and its effect on chemica...
Natural fibres, such as banana, coir, jute and gongura have been proved to be effective reinforcemen...
Abstract Global trend towards sustainable developments have brought natural, renewable biodegradable...
This researcher is interested in Banana Fiber and Cotton Fiber Blend. For seeking the suitable ratio...
The use of natural fibers as fillers in the rubber industry is a new trend. Banana fibres has been ...
The use of natural fibers in polymer matrices is highly beneficial because the strength and toughnes...
The current effort by researchers all over the world today is to develop polymer composites using na...
Low-stress mechanical behavior of cotton-rich/polylacticacid blended fabrics has been investigated a...
With the increase in the development activities, the utilization of non-renewable and non-biodegrada...