A CONTINUUM THEORY OF A PLASTIC-RIGID SOLID REINFORCED BY TWO FAMILIES OF INEXTENSIBLE FIBRES

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Abstract
A continuom model is proposed for describing the mechanical behaviour of a plastic-rigid material reinforced by two families of inextensible fibres. The kinematic properties, yield condition and flow rule which are appropriate for such a material are developed in detail. The theory is illustrated by its application to problems of homogeneous deformation and to the expansion and extension of a circular cylinder reinforced by helical fibres.

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