Sentence examples for modelling of fibre from inspiring English sources
Figure 2 Mathematical modelling of fibre suspension flows and paper machine processes in different scales.
A two dimensional particle model based on the discrete element method (DEM) is developed for micromechanical modelling of fibre reinforced polymer (FRP) composite laminae under biaxial transverse loads.
The prevailing method in meso-finite element modelling of fibre reinforced composites is the continuous mesh ("full") model in which the reinforcement and the matrix are assembled and meshed as one part.
This paper presents an assessment of three different particle based approaches for 3D modelling of fibre reinforced polymer (FRP) composite laminates with anisotropic elasticity, namely 3D Discrete Lattice model, 3D Hexagonal Close Packing model and Extended 2D Hexagonal and Square Packing model.
In vitro modelling of fibre breakdown by mixed faecal bacteria obtained from a healthy volunteer (see methods in Supplementary document S5) suggested that 25.4±8.5% (n=4) of ingested plantain NSP would be fermented to fatty acids in the human colon within 24 h.
Due to direct modelling of fibres based on their actual orientation distribution and implementation of viscous properties, the model could be extended to other types of polymer-based random fibrous networks.
Orteu et al. (2007) used DIC for assessing the 3D orientation of the fibres on ruptured ceramic refractories to correlate the micro-mechanical model of fibre pullout with macro behavior under tension.
Recently, we developed an analytical model of fibre structure and anatomy of the left ventricle (LV) of the human heart.
Since the yarn cannot be modelled as a solid continuum, a more detailed model of fibres in yarns has to be developed; the instability of fibres in compression has to be incorporated in the material model used for fibre yarn.
Micromechanical modelling of short fibre reinforced thermoplastics requires identification of damage mechanisms and their kinetics as a function of their microstructure.
It is beyond all doubt that for an accurate finite element (FE) model a correct modelling of the fibre orientations and material properties is required.
