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A detailed proof of concept study was conducted on a simpler bimodal poly(ε-caprolactone) (PCL) scaffold with modes of fiber distribution at 600 nm and 3.3 μm.
User material subroutine VUMAT is developed to analyze the micro stresses and determine the possible failure modes of fiber and matrix.
It revealed that there are multiple damage modes of fiber tows fracture, debonding, resin cracks and inter-yarn delaminations under impact shear loading.
This approach is able to identify the failure modes of fiber and matrix in microscale as well as delamination between laminas.
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To optimize the design, the dependence of the number of OAM modes on fiber structure parameters is investigated.
With respect to failure modes, placement of fiber posts improved the fracture from nonrestorable to restorable patterns.
The microscopic fracture morphologies showed that the majority failure mode of fibers in the longitudinal and transverse directions were fiber pull-out and fiber splitting, respectively.
A method for the estimation of the limit load and the failure mode of fiber-reinforced polymer (FRP) reinforced stone arch bridges is hereby presented.
This will be indicated as a stabilization of the fiber transmission (which is evident in Figure 4) due to the fact that the lossy, higher order modes of the fiber have died out, leaving behind the single fundamental mode of the fiber.
Buckling modes of pultruded Fiber Reinforced Polymer (FRP) beams are analyzed in this paper.
A set of damage variables are presented to characterize all the failure modes of the fiber yarn and matrix.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com