The limit distribution is a generalised Brownian bridge process with bounded and continuous sample paths whose covariance structure depends on the Fourier-integral operator F−1[1/φ].
Let us start with the crack deflection and crack bridging processes which take place for different types of materials [3, 6, 11].
These mechanisms were dominated by delamination cracking, by crack bridging processes, and by extensive plastic flow of polymer-rich layers and matrix deformation around fibres.
But, as mentioned above, the crack deflection and crack bridging processes that caused by intercrystalline type of NiO and Al2O3 inclusions cannot explain the high experimentally observed values of K1C.
Significant concentrations of a divalent cation such as Ca2+ in the presence of negatively charged OM and a negatively charged ferrihydrite surface may facilitate the bridging processes due to electrostatic favorability [5, 30].
Telomere dysfunction, often referred to as "telomere crisis" has been implicated in amplification, particularly by breakage-fusion-bridge processes.
Neuronal-circuit regeneration begins when Schwann cells extend bridging processes to close the injury gap.
Distal and proximal Schwann cells adjacent to the injury extended bridging processes towards the glial gap (supplementary material Movie 3).
The practitioner researcher, however, described the initiative as dialogue-triggering, a tug-of-war, and a gap-bridging process.
Further analysis shows that the fibers improved the thermal cycling resistance which could be attributed to the fiber bridging process.
