Browse/search for people

Publication - Mr Evangelos Zympeloudis

    Advanced automated tape laying with fibre steering capability using continuous tow shearing mechanism

    Citation

    Zympeloudis, E, Potter, K, Weaver, P & Kim, BC, 2017, ‘Advanced automated tape laying with fibre steering capability using continuous tow shearing mechanism’. in: 21st International Conference on Composites Materials.

    Abstract

    Advances in automated material placement technologies have enabled the production of fibre- steered composites, which allow for improved structural performance and expand the overall design space for composite structures. It has been demonstrated that the Continuous Tow Shearing (CTS) mechanism significantly improves the fibre steering capability of modern automated fibre placement machines. While the CTS was originally developed for use with semi-impregnated tows and dry fabrics, in this research the process was improved to realise fibre steering with wide prepreg tapes. The results from the feasibility study showed that the CTS process can achieve steering radii as low as 50 mm with 100 mm wide prepreg tapes, without generating significant manufacturing defects, making CTS the world’s first automated tape laying technology with fibre steering capability.

    Full details in the University publications repository