In this paper, a fibre-reinforced composite shaft is considered, comprising functionally graded, cylindrically-orthotropic, parallel fibres embedded into a homogeneous isotropic matrix. The aim of the analysis is to determine the effective torsional stiffness of the shaft and the shear stresses at the fibre-matrix interface. In particular, the main issue is to understand how these quantities depend on the grading features of the fibres.
Artioli, E., Bisegna, P., Maceri, F. (2008). Effective torsional stiffness of composite shafts reinforced by functionally-graded fibres. In Atti XVII Convegno italiano di meccanica computazionale - GIMC 2008. Alghero.
Effective torsional stiffness of composite shafts reinforced by functionally-graded fibres
ARTIOLI, EDOARDO;BISEGNA, PAOLO;MACERI, FRANCO
2008-01-01
Abstract
In this paper, a fibre-reinforced composite shaft is considered, comprising functionally graded, cylindrically-orthotropic, parallel fibres embedded into a homogeneous isotropic matrix. The aim of the analysis is to determine the effective torsional stiffness of the shaft and the shear stresses at the fibre-matrix interface. In particular, the main issue is to understand how these quantities depend on the grading features of the fibres.| File | Dimensione | Formato | |
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