FRP Lleida Pedestrian Bridge
Bridge view
Coordinates41°37′16″N 0°36′30″E / 41.62108°N 0.60820°E / 41.62108; 0.60820
CarriesPedestrians
CrossesHigh-Speed Rail
LocaleLleida, Spain
OwnerADIF
Maintained byLleida Municipalily
Characteristics
Designtied-arch bridge
MaterialGFRP
Total length38 m
Width3 m
Longest span38 m
History
DesignerPedelta Structural Engineers
Engineering design byJuan Sobrino and Javier Jordan
Opened2001
Location

The FRP Pedestrian Bridge or Passarel·la de la Ciutat Jardí in Lleida, Spain is the longest arch bridge made out of standard GFRP pultruded profiles.[1]

The bridge spanning the Madrid-Barcelona high-speed rail link won the international “Footbridge Award 2005” in the category “Technology” for medium span (30m-75m) bridges.[2]

Description

The structure is a tied-arch 38 metres (125 ft) long and rises 6.2 metres (20 ft).[3] The deck is 3 metres (9.8 ft) wide. The bridge is entirely made out of GFRP pultruded profiles. The arch configuration was chosen so as to minimize serviceability problems due to the low modulus of elasticity of GFRP profiles. The choice of GFRP was influenced by the fact that the material is an electrical insulator and eliminates magnetic interference with the electrified railway.[4]

The glass fibre reinforced plastic beams and panels used in the footbridge were manufactured in Denmark and assembled in Spain. The total cost of the structure was approximately $0.32million ($2350 per m2).

It was successfully installed in October 2001. The bridge was fabricated in only three months and erected by crane in just three hours.

References

  1. Sobrino, J.; G. Pulido, M. Dolores (2002). "Towards Advanced Composite Material Footbridges". Structural Engineering International. IABSE. 12 (2): 84–86. doi:10.2749/101686602777965568. S2CID 109863775.
  2. Russell, Lisa (2005). "Footbridge Awards 2005". Bridge Design & Engineering. n41 v.11. ISSN 1359-7493.
  3. "Lleida Footbridge". Structurae. Retrieved 1 August 2015.
  4. "Fibre-reinforced polymer composite bridges in Europe". Advanced Composites Manufacturing Centre. Retrieved 1 August 2015.
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