Fibre Reinforced Composites (FRC '98)A. G. Gibson |
Contents
A R Mableson R Gething Vosper Thornycroft UK Ltd | 19 |
Reinforced thermoplastic pipework for applications in the petrochemical industry | 35 |
Behaviour of FRP prismatic sections in composite action with concrete | 53 |
Copyright | |
16 other sections not shown
Common terms and phrases
adhesive analysis applications axial beams behaviour buckling carbon fibre ceramic coating coefficient compaction component composite materials compressive strength concrete corrosion crack cure curves damage deformation delamination density developed diameter effect elastic elastic modulus equation experimental fabric failure fatigue fibre length fibre mats fibre volume fraction Figure finite element finite element analysis fire test flexural flow fracture toughness GFRP glass fibre heat impact energy impact strength increase initial interface ionomer joint laminate lay-up layer load longitudinal manufacturing matrix maximum measured mechanical properties microcracks modulus mould mullite offshore optical fibre parameters performance permeability pipe plastic plate polyester polymer polypropylene predicted pressure pultruded ratio riser samples sensor shear shown specimens stacking sequence steel stiffness strain stress structure surface technique temperature tensile strength thermal thermocouples thermoplastic thickness transverse tube unidirectional values vinylester viscosity woven zirconia