2nd International Conference on Flow Processes in Composite Materials (FPCM-2) ... in association with the British Society of Rheology, University College Galway, BASF, NCL, Guinness Peat Aviation, Plastics Industry Association and Shannon World Aviation Park. |
Refereed papers can be found in Composites Manufacturing, 1991, 2(3-4).
The programme below (digitised by OCR using Microsoft OneNote 2010) and the individual papers were generated from a scanned copy of the preprints (courtesy of Walter Stanley at UL). Please inform JS of any errors or omissions.
THE UNIVERSITY OF LIMERICK The University of Limerick comprises three Colleges: Business, Engineering & Science, and Humanities. Its programmes of teaching and research are designed to meet the demand for graduate and postgraduate expertise created by Ireland’s economic and social development within the European Community. The student population now exceeds 5000, of whom 3700 are enrolled in degree programmes, both undergraduate and postgraduate. The campus is located on mature parkland on the banks of the river Shannon five kilometres from Limerick City. Plassey House, a 19th century Palazzo Revival style mansion, has been retained and integrated as a highlight within the complex of modern buildings which form the academic heart for the 600-acre Plassey Technological Park. The Technological Park provides a national focus and a base for a variety of scientific, professional, busíness and industrial enterprises that benefit from close university linkages and an attractive environment. |
LIMERICK CITY Founded as a Viking fortress in the 10th century, Limerick is Ireland’s oldest chartered city and one of significant historic interest. Located picturesquely on the banks of the Shannon river, Limerick has seen the development of a strong educational community which together with the programme or urban renewal, is breathing new life into the city. In celebration of this, the city is hosting a year long calendar of events for Limerick Treaty 300 to be enjoyed by citizens and visitors alike. THE SHANNON REGION The mid-west region of Ireland offers a wealth of visitor attractions and entertaìnment in settings of natural and often spectacular beauty. Whether your interest is outdoor or indoor, sporting or cultural, the Shannon region will offer you excellent opportunities to pursue it. Friday 5 July 1991 | |
Thursday 4 July 1991 | Friday 5 July 1991 | |
08:30 Registration 09:45 Keynote Address: Constitutive Relationships for Aligned Fibre Composites. 10:30 Coffee/Tea Session I: Modelling of Sheet Forming I 11:00 Geometry constraints on the forming of aligned fibre composites 11:30 Theoretical analysis of forming flows of fibre reinforced composites 12:00 Finite element analysis of composite sheet forming 12:30 Dimensional stability effects in thermoplastic composites - towards a predictive capability 1:00 Lunch Session II: Rheological Characterisation 2:00 Rheology of thermoplastic carbon fibre composites in the elastic and viscoelastic states 2:30 Stability of fibres in flow 3:00 A characterization of anisotropic shear flow in continuous fibre composite materials 3:30 Coffee/Tea Session III: Manufacturing Processes I 4:00 Study of the mechanical behaviour of diaphragm materials 4:30 The mechanical properties of high temperature polymer diaphragms and vacuum bagging films 5:00 Low cost thermoplastic composites in production. 7:00 Reception/bus departs for Banquet (an evening of traditional fayre and entertainment) at Knappogue Castle. |
09:15 Keynote Address: The experience of thermoplastic structural composite materials during processing 10:00 Coffee/Tea Session IV: Manufacturing Processes II 10:30 The role of the thermoplastic matrix in forming processes of composite products 11:00 Influence and control of bondline thickness in fusion bonded joints of thermoplastic composites 11:30 An overview of heat transfer in autoclaves for processing of thermoplastic composites 12:00 Manufacture of an artificial hip joint using a composite material 12:30 Lunch Session V: Discontinuous Fibre Reinforced Polymers 1:30 Numerical analysis of the injection moulding behaviour of short fibre filled PET 2:00 Numerical prediction of fibre orientation in injection moulding 2:30 Capillary and contraction flow of long-fibre filled polypropylene 3:00 Coffee/Tea Session VI: Modelling of Sheet Forming II 3:30 The springback effect in laminated thermoplastic channel sections 4:00 Ply reorientation in compression 4:30 Kinematics of fibre placement 5:00 Closing Remarks: E McQuade (Dean of the College of Engineering and Science, University of Limerick). Posters (sequenced as they appear in the preprints)
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