Advanced fiber-reinforced polymer-wood composites in transportation applications Dagher, Habib J et al
Publication details: Transportation Research Record, 2002Description: nr 1814, s. 237-42Subject(s): Bibl.nr: VTI P8167:1814Location: Abstract: Six wood-fiber-reinforced polymer (FRP) composite projects have been conducted over the past decade with three types of technologies developed at the University of Maine. The three featured technologies are (a) tension-reinforced glulam beams with preconsolidated E-glass FRP (GFRP) panels, (b) tension-reinforced glulam beams and panels with wet-impregnated E-glass fabrics, and (c) stress-laminated lumber using GFRP tendons. Through these six demonstration projects, it has been shown that properly designed wood-FRP composites are structurally feasible, durable, and cost-effective in selected applications.| Current library | Status | |
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| Statens väg- och transportforskningsinstitut | Available |
Six wood-fiber-reinforced polymer (FRP) composite projects have been conducted over the past decade with three types of technologies developed at the University of Maine. The three featured technologies are (a) tension-reinforced glulam beams with preconsolidated E-glass FRP (GFRP) panels, (b) tension-reinforced glulam beams and panels with wet-impregnated E-glass fabrics, and (c) stress-laminated lumber using GFRP tendons. Through these six demonstration projects, it has been shown that properly designed wood-FRP composites are structurally feasible, durable, and cost-effective in selected applications.