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- W4382364385 endingPage "108581" @default.
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- W4382364385 abstract "The effects of fiber orientation control on cellulose composites, which are expected to improve mechanical properties, were systematically investigated, and a comprehensive fiber morphology design procedure was developed. A multiscale finite element simulation based on homogenization theory was employed to investigate the nonlinear properties of cellulose composites and quantitatively assess the effect of fibers on mechanical properties, with a particular emphasis on the distribution of strain energy. As the main factors in fiber morphology, we focused on two particular aspects: fiber orientation, which has a large influence, and aspect ratio, which varies with defibration, in addition to frequently-controlled fiber content ratio. Numerical simulation revealed that the elastic modulus and maximum tensile stress increase linearly with increasing the proposed parameter, fiber contribution proportion (CPf). Fiber orientation and content ratio were identified as the primary factors influencing the change rate in properties with respect to the CPf . Further, the fiber aspect ratio was found to be the secondary factor that influenced the properties according to the change rate determined by the primary parameters. Furthermore, the design procedure, constructed based on the CPf, was evaluated for three cases with different fiber morphology control strategies. The results demonstrated that the proposed fiber morphology design, across all cases evaluated, achieved the target values for both the elastic modulus and maximum tensile stress with errors ranging from 2.0 to 5.4%." @default.
- W4382364385 created "2023-06-29" @default.
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- W4382364385 date "2023-11-01" @default.
- W4382364385 modified "2023-10-17" @default.
- W4382364385 title "Fiber morphology design of cellulose composites through multiscale simulation" @default.
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- W4382364385 doi "https://doi.org/10.1016/j.ijmecsci.2023.108581" @default.
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