In the present study the Structural Health Monitoring (SHM) area of science was applied to several levels of analysis: 1, confirmation the existence of damage, 2, determination of the size, location and orientation of the defect, 3, assessment the severity of the damage, 4, controlling the growth of damage and prognosis of service life of construction.
The cubes were sectioned from one longitudinal surface, with random orientation of the defect (anterior-posterior or medial-lateral) (Gundersen et al. 1988).
Besides, whether square defect or rectangular defect, the defect modes change with the orientation of the point defect localizing in the cell only for a bigger defect filling fraction.
In the interlayer coupled superconducting state, the orientation of line defects relative to the d-wave order parameter determines whether in-gap states form due to scattering.
The interaction effect mainly depends on the mutual orientation of the defects and their geometry and spacing, rather than the steel grade.
The orientation of the defects plays a vital role in the carrier scattering, which is a crucial factor to be considered in downscaled devices.
Although the orientation of pars defects varies widely [7, 9], in most cases they lie closer to the coronal plane in the pars interarticularis [4].
A close study of different orientations of Stone Wales defects with varying defect density reveals that different structural defects also leave distinct fingerprints in the VDOS, particularly in the L and L′ modes.
Indeed, by increasing the SynIII/shRNA ratio to 1 1, we achieved complete rescue of the orientation defect of layer II/III PNs.
At the same time, model with different kinds of defects were established, and the effective thermal conductivity as the function of defect orientation angle, defect volume fraction and defect shape coefficient was discussed in detail.
