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Single curved fiber sedimentation under gravityAuthor(s): Xiaoying Rong; Dewei Qi; Guowei He; Jun Yong Zhu; Tim Scott
Source: Computers and mathematics with applications. Vol. 55 (2008): Pages 1560-1567.
Publication Series: Miscellaneous Publication
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DescriptionDynamics of single curved fiber sedimentation under gravity are simulated by using the lattice Boltzmann method. The results of migration and rotation of the curved fiber at different Reynolds numbers are reported. The results show that the rotation and migration processes are sensitive to the curvature of the fiber.
CitationRong, Xiaoying; Qi, Dewei; He, Guowei; Zhu, Jun Yong; Scott, Tim 2008. Single curved fiber sedimentation under gravity. Computers and mathematics with applications. Vol. 55 (2008): Pages 1560-1567.
KeywordsLattice Boltzmann simulation, fiber suspensions, curved fibers, curvature, Reynolds number, flocculation, papermaking, particles, dispersion, fiber properties, particle shape, fiber curvature, sedimentation analysis, flexibility, Boltzmann method
- Single curved fiber sedimentation under gravity
- Correlation of fiber shape measures with dilute suspension properties
- Comparison of fiber length analyzers
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