By R.W. Buckley
Technical textiles are excessive functionality speciality fabrics. functions are present in inflatable buildings, tents, as reinforcement in composites for building, as physique armour and car safety, in filters, as a base for versatile revealed circuits, hose, conveyor belts and tyres. Polymer Enhancement of Technical Textiles examines the opportunity of those fabrics. The evaluate is followed by way of round four hundred abstracts from papers and books within the Rapra Polymer Library database.
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0, 1996. W. Buckley and N. , assignee; European Patent App. No. 6, 1998. W. , assignee; European Patent App. No. 6, 1999. F. C. J. Rymill, Composites Plastiques Renforces Fibres de Verre Textile, 1992, 32, 3, 218. 161-73 BALLISTIC IMPACT INTO FABRIC AND COMPLIANT COMPOSITE LAMINATES Cheeseman B A; Bogetti T A US,Army Research Laboratory This paper presents a review of the factors that influence ballistic performance: specifically the material properties of the yarn, fabric structure, projectile geometry and velocity, far field boundary conditions, multiple plies and friction.
Fabric-reinforced PEKK, including S-2 and E-glass fabrics are evaluated. An important aspect with glass composites is the glass-polymer interface and several different glass sizing are evaluated to provide the optimum interface in ‘dry’ and ‘hot-wet’ conditions. Properties evaluated include moisture uptake open-hole compression and glass-rubber transition temperature. 6 refs. 882820 Item 25 Materials and Processing - Ideas to Reality. Vol. 34. 2002. 923-33, 23 cm, 012 RUBBER PRESS FORMING OF REINFORCED THERMOPLASTIC LAMINATE (RTL) RIBS Duarte A J; Chen Z; Bannister M Hawker de Havilland; Australia,Cooperative Research Centre for Advanced Composite Structures (SAMPE) Continuous fibre-reinforced thermoplastic laminate (RTL) composites are an attractive alternative to materials currently being used in lightweight aircraft structures.
Tape materials with carbon and fibre reinforcement are evaluated for mechanical performance compared to current industry standard materials. Properties of interest include lamina properties, and service related tests such as open-hole tension and compressions, and compression after impact. Fabric-reinforced PEKK, including S-2 and E-glass fabrics are evaluated. An important aspect with glass composites is the glass-polymer interface and several different glass sizing are evaluated to provide the optimum interface in ‘dry’ and ‘hot-wet’ conditions.