The phrase 'fiber direction' is a perfectly correct and usable phrase in written English.
It is typically used in reference to textiles, particularly when describing how patterns and designs are arranged. For example: "The blanket had a grid-like pattern with the fibers running in alternate directions".
In case of perpendicularly crossing fibers, for example, the derived fiber direction corresponds to the predominant fiber direction.
The panel is subjected to compression in the fiber direction.
Directional variance provided a metric that was inversely proportional to the strength of fiber alignment in the average fiber direction.
The different fundamental failure mechanisms of fiber direction tension, fiber direction compression, and matrix dominated transverse tension and shear are discussed in turn.
Fiber inclination maps visualize angles of inclination, and fiber direction maps show angles of direction.
Additional measures of randomness and fiber direction corroborate these anisotropy findings.
In the proposed model, the material properties are assigned according to the nature of fiber direction and transverse to fiber direction normal strains.
Test parameters included GFRP amount and distribution, bonded surface, number of layers and fiber direction.
Numerical simulation results showed the energy of quasi-longitudinal ultrasonic wave curved along the fiber direction.
Mechanical anisotropy was most pronounced at higher rotation speeds, with a greater than 33-fold enhancement of the Young's modulus in the fiber direction compared to perpendicular to the fiber direction when the rotation speed reached 8 m/s.
The amount of reflected light was determined as 6.05±0.38% for light polarized parallel to the fiber direction, while it was 3.65±0.41% for light polarized perpendicular to the fiber direction in case of laser-processed CFRP.
