On the characterisation of polar fibrous composites when fibres resist bendingTools Soldatos, Konstantinos (2017) On the characterisation of polar fibrous composites when fibres resist bending. International Journal of Solids and Structures . ISSN 00207683 Full text not available from this repository.AbstractThis study aims to initiate research for the invention of methods appropriate for characterisation of fibrereinforced materials that exhibit polar material behaviour due to fibre bending resistance. It thus focuses interest in the small strain regime, where there are examples of particular deformations for which nonpolar linear elasticity fails to distinguish clearly the nature of a fibrous composite or even to account for the presence of fibres. Particular attention is accordingly given to the solution of the polar material version of the pure bending problem of transverse isotropic or special orthotropic plates with embedded fibres resistant in bending. It is seen that pure bending deformation enables polar fibrereinforced materials to generate constant couple stressfield which, in turn, endorses uniqueness of the solution of the corresponding boundary value problem. In this context, by appropriately extending the validity of Clapeyron’s theorem within the regime of polar linear elasticity for fibrereinforced materials, it is shown that the solution of wellposed linear elasticity boundary value problems that generate a constant couplestress field is unique. The wellknown uniqueness of solution of conventional, nonpolar linear elasticity boundary value problems is, in fact, a particular case in which the generated constant value of the couplestress field is zero.
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