Figure 3 - uploaded by Nenglong Yang
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The von Mises stress fields in the matrix of the flax/E-glass/epoxy lamina with �í µí±í µí± í µí±í µí±í µí±í µí± , í µí±í µí± í µí±í µí±í µí±í µí± , í µí±í µí± í µí±í µí± � = (0.48, 0.12, 0.40) under the six independent loading cases (the unit macro-stress components, in MPa): (a) í µí¼í µí¼ˆ11µí¼ˆµí¼ˆ11 = 1, (b) í µí¼í µí¼ˆ22µí¼ˆµí¼ˆ22 = 1, (c) í µí¼í µí¼ˆ33µí¼ˆµí¼ˆ33 = 1, (d) í µí¼í µí¼ˆ12µí¼ˆµí¼ˆ12 = 1, (e) í µí¼í µí¼ˆ13µí¼ˆµí¼ˆ13 = 1, and (f) í µí¼í µí¼ˆ23µí¼ˆµí¼ˆ23 = 1.
Source publication
This study investigates the effect of intra-laminar fibre hybridisation on the homogenised lamina properties and micro-stress fields, with an emphasis on natural and synthetic fibre combinations. A representative volume element (RVE) approach, considering random fibre distributions, is employed to study unidirectional flax/E-glass/epoxy composite l...
