The main fibre orientation (uniform linearly transverse in each sheet) rotates throughout the bulk.
Fibre orientation is organized in sheets co-planar to the large surfaces of the bulk.
It can be stated that differential fibre orientation did not cause warpage, but the asymmetrical distribution of fibre orientation did.
Distributions of fibre orientation are characterised by micro-computed tomography.
Most injection moulded or extruded structures however, exhibit non-uniform fibre orientation states across the final parts, with a diverging variety of different local fibre orientation states.
The design variables are fibre orientation angles and thickness of layers, in which the fibre orientation angles are integer variables and thickness are continuous variables.
Experimental studies of each property considering fibre orientation and the applied experimental techniques are critically reviewed.
The results show the importance of the cutting configuration and fibre orientation on the mechanical performances.
The coatings had random fibre orientation and their uniform thickness increased linearly with increasing electrospinning time.
The relation of the support location and the optimum fibre orientation angles is discussed.
The macrocomposite consists of resin and fibres with a certain fibre orientation distribution.
