Abstract
In a general survey of fibre physics advancement in the understanding of the mechanical behaviour of fibres is discussed in the light of recent improvements in techniques for determining the molecular structure of fibres. The introduction of some general aspects of molecular structure is followed by detailed descriptions of new methods of measuring molecular orientation in fibres. The results of dynamic methods of measuring glass-rubber transition temperatures are described and related to the molecular orientation and mechanical behaviour of fibres at various temperatures. Elementary molecular models are introduced to explain certain aspects of the mechanical behaviour of fibres.
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