Advanced Polymer Composites for Structural Applications in Construction: Proceedings of the First International Conference, Held at Southampton University, UK, on 15-17 April 2002
R. A. Shenoi, Stuart S. J. Moy, Leonard Hollaway
Thomas Telford, 2002 - Technology & Engineering - 508 pages
The use of fibre reinforced polymer (FRP) based composite materials is set to increase to meet demands for improvements in construction processes. The science and technology associated with this subject are advancing at a rapid rate. This volume of papers from the ACIC 2002 conference covers the application of FRP in concrete structures, metallic structures, concrete cylinders and columns and walls and pipes. It is the direct result of a collaboration between engineers and researchers who convened specifically to exchange ideas and promote the safe and cost-effective use of FRP for structural applications in construction.
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Aberfeldy adhesive advanced composite analysis applications ASSET profile axial behaviour bending bolted joints bonded bridge deck buckling capacity carbon fibre cast iron CFRP laminates CFRP sheets CFRP strips civil engineering column composite materials compressive strength concrete beams concrete structures confined construction cracking curve cyclic loading cylinders damage debonding deflection deformation delamination developed diameter ductility effect elastic elastic modulus epoxy Equation experimental failure mode fatigue fiber fibre composites fibre reinforced polymer flange flexural FRP composites FRP deck FRP strengthened FRP-confined GFRP girders increase interface joint layer longitudinal maximum modulus order theory panels performance pipe plate end prediction pultruded ratio rebars reinforced concrete resin retrofitted S-N curve shear stress shown in Figure slabs specimens steel stiffness strain gauges strengthened beam stress distributions stress-strain curves struts surface Table temperature Teng tensile strength tension test results thickness Thomas Telford ultimate load values wall