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Stovner Tower Accessible Pedestrian Walkway to the Fiord Viewpoint

 Stovner Tower Accessible Pedestrian Walkway to the Fiord Viewpoint
Auteur(s): (Degree of Freedom AS, Brenneriveien 5, 0182 Oslo, Norway)
(Degree of Freedom AS, Brenneriveien 5, 0182 Oslo, Norway)
(Degree of Freedom SL, C/ Colon 18‐5B, 46004 Valencia, Spain)
(Degree of Freedom SLU, C/ Colon 18‐5B, 46004 Valencia, Spain)
Médium: papier de conférence
Langue(s): anglais
Conférence: Footbridge 2022: Creating Experience, Madrid, Spain, 07-09 September 2022
Publié dans:
DOI: 10.24904/footbridge2022.186
Abstrait:

The Stovner Tower forms part of an activity park in the Stovner district of Oslo. The tower, providing a serpentine walkway through the treetops with a maximum height of 15m, is designed to be universally accessible. The route is based on a series of straight lengths connected with abrupt changes of direction. The 2m wide walkway has an overall length of 270m with a constant 1:15 slope. There are four intermediate horizontal platforms intended as relaxation and viewing areas, each one with different sizes. The principal deck structure is steel, formed from a central tube with a diameter of 762mm. The tube is made up of a series of 2m long straight segments which form the walkway change of direction. Steel cantilever ribs are located at 1.5m centres to support both the solid timber decking and the 1.3m high guardrail. The central steel tube is supported at multiple locations by tripod columns formed from GL32c glulam timber sections varying from 200x200mm to 350x350mm. The timber columns are anchored to the bedrock located close to the surface in this area. Steel walkway sections were shop welded in transportable lengths with bolted on- site connections. Timber to steel connections were also bolted. Steel is painted for corrosion protection. All timber, both solid C24 for decking and glulam columns, is treated for external use. A 3D SAP2000 FE model was used for verifications including a buckling analysis for the slender timber columns and a modal analysis to check for frequencies that would make the structure susceptible to pedestrian-induced vibrations.

Mots-clé:
esthétique acier nature
License:

Cette oeuvre est soumis au droits d'auteurs. Le(s) détenteur(s) des droits permet(tent) l'utilisation la visualistion et le téléchargement de cette oeuvre. La retransmission ou la publication nécessite la permission des détenteurs des droits.

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  • Reference-ID
    10610832
  • Publié(e) le:
    10.06.2021
  • Modifié(e) le:
    10.06.2021
 
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