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(c) Linear density of different site types on CNT edges as a function of chiral angle.
A comparative study was undertaken using a SF fibre with a similar linear density.
Therefore, we rewrite classic GLS fragmentation models in terms of the linear density of breaks.
Fraga (1989) sampled 1109 nests (over 36 different colony sites), and found that the mean linear density was one colony every 8.7 km, with 6 colonies (341 nests) in a 19-km stretch.
Increasing fibre content increases the linear density of the material and in fact, the same value of dissipated energy quantities with a higher linear density implies a decrease in the specific energy absorption values.
The specific load normalized by the linear density of the tubes also increases with the increment of braiding layers.
Linear density in tex was calculated.
Average linear density was taken from five samples.
The increase in air permeability with fibre linear density can be attributed to increasing yarn diameter with increase in fibre linear density.
On the other hand when the effect draw ratio is increased, the effect-yarn linear density decreases and hence the final linear density of the yarn decreases.
The tenacity of the textured yarn increases when the linear density decreases.
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