Exact(4)
Rectangular suture interfaces fail by simple shearing of the interfaces.
This reduction is in accordance with observations that these interfaces fail in a brittle manner with no noticeable plasticity.
Trapezoidal and triangular suture interfaces fail by a combination of shear and tensile normal stresses in the interface, leading to plastic deformation, cavitation events, and subsequent stretching of interface ligaments with mostly elastic deformation in the teeth.
I think there are three core places where current interfaces fail: customization, automation, and scaling to large amounts.
Similar(4)
In the failure stage, the bonding of the interface fails rapidly and the shear stress peak point moves to the anchorage free end.
It is found interface fails in shear mode, and interfacial decohesion initiates at the interface corner and propagates toward the center.
SEM analysis of pulled out wires and fibers reveals that the interface fails differently in the presence and absence of CNTs on their surface.
Specifically, the traditional two-phase model with zero-thickness interface fails to capture the stress-strain behavior compared to the experimental data.
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