Abstract
The aim of this article is to highlight the scope for weaving three-dimensional T-shaped composite reinforcement structures on conventional looms and illustrate the automation capability of the conventional machine to make near-net-shape preforms. The principles and classification of three-dimensional weaving will be addressed and the stages of development and methods used for multilayer T-sections will be detailed. To demonstrate the potential for fully integrated near-net-shape production, the final objective is to create a T-skin stiffened panel with a double web stiffener, woven as one complete integral component in carbon fibre. It is concluded that a T-skin panel can be woven successfully on conventional apparatus, and the capabilities of near-net-shape production with the use of selvedges are potentially an avenue for future development.
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