Sentence examples for mechanical orientation from inspiring English sources

A series of PEBA copolymers containing poly tetramethylene oxide) and polyamide-12 was studied to explore the influence of mechanical orientation and copolymer composition on gas permeability and morphology.

Residues of the hydroxyapatite were connected by new trabecles, which showed a tendency to form spatial patterns reminiscent of the mechanical orientation seen in normal cancellous bone.

Several genes and their allelic variants have previously been found to affect microfibril angle (MFA) and wood stiffness; however, the molecular mechanisms controlling microfibril orientation and mechanical strength are largely uncharacterised.

While the research described above provides important insights into the molecular mechanisms of microfibril orientation and mechanical properties of wood cell walls, genes involved in the regulation of cell wall mechanics remain poorly characterised at the transcriptome level.

Finally, the effect on structure, orientation, mechanical, thermal stability, and oxidation resistance properties of nanocomposite films were discussed based on different power of Al2O3.

These models are primarily electrical, biochemical or mechanical in their orientation, and do not permit a full exploration of how the smooth muscle responds to electrical or mechanical forcing.

These factors are included as functions of bimodal composition and are shown to affect the predicted mechanical, optical, and orientation responses of the network.

The free surfaces play an important role in determining microstructure due to the intricate balance between preferred polarization orientation, mechanical stresses, and stray electric fields that exist outside the specimen.

Discontinuous fibre reinforced polymers offer a high design freedom to manufacture parts with complex geometries, but due to the finite fibre length and fibre orientation, mechanical performance is limited.

For each phase, the activation of shear banding is also affected by the mechanical properties and orientations of the adjacent phase.

The evolution of crystalline domain orientation vs. mechanical properties of aramid fibers under mechanical loading was investigated for initial crystalline domain orientations between 16.7° and 9.7°.