Difference between revisions of "Tamina Bridge"

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The new crossing directly connects the villages of Pfäfers and Valens and allows a safer route to Bad Ragaz.  
 
The new crossing directly connects the villages of Pfäfers and Valens and allows a safer route to Bad Ragaz.  
  
Dozens of bridge designs were studied before the asymmetrical concrete arch span with inclined spandrels was chosen.
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Dozens of bridge designs were studied before the asymmetrical concrete arch span with inclined spandrels was chosen.  
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<div style="text-align: center; font-size: 25px;">
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[[File:TaminaFinalElevation.jpg|750px|center]]<br />
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Tamina Bridge Elevation<br />
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</div>
  
  
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[[File:TTTTTTTTTTT.jpg|750px|center]]
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[[File:TaminaSatellite.jpg|750px|center]]
 
Tamina Bridge satellite image.
 
Tamina Bridge satellite image.
  
  
[[File:TTTTTTTTTTT.jpg|750px|center]]
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[[File:TaminaSatelliteWide.jpg|750px|center]]
  
  
[[File:TTTTTTTTTTT.jpg|750px|center]]
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[[File:TaminaBridgeLocationMap.jpg|750px|center]]
 
Tamina Bridge location map.
 
Tamina Bridge location map.
  
  
[[File:TTTTTTTTTTT.jpg|750px|center]]
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[[File:TaminaBridgeRoute.jpg|750px|center]]
  
  
[[File:TTTTTTTTTTT.jpg|750px|center]]
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[[File:TaminaBridgeRouteWide.jpg|750px|center]]
  
 
[[Category:Bridges in China]]
 
[[Category:Bridges in China]]

Revision as of 04:03, 9 February 2017

Tamina Bridge
Taminabrücke
Pfäfers, Valens, Switzerland
656 feet high / 200 meters high
850 foot span / 259 meter span
2017

TaminaByKlaus.jpg


The highest arch bridge ever built in Europe, the Tamina Bridge is also the only bridge in Switzerland to surpass the 200 meter height barrier. Designed by the famous German firm of Leonhardt, Andrä & Partner, the 2-lane asymmetrical concrete arch took 5 years to build and consists of a main arch span of 259 meters with approach spans making for a total structural length of 414 meters or 475.4 meters including approach berm walls.

The new crossing directly connects the villages of Pfäfers and Valens and allows a safer route to Bad Ragaz.

Dozens of bridge designs were studied before the asymmetrical concrete arch span with inclined spandrels was chosen.


TaminaFinalElevation.jpg

Tamina Bridge Elevation



TaminaDroneAerial.jpg



TaminabruckeRender.jpg

Tamina Bridge render.


TaminaAerialDroneDown.jpg


TaminaDownViewByArnoldHoffman.jpg

Image by Arnold Hoffman.


TaminaBridgeElevation.jpg




160309-Aufbau-Schalung-Fahrbahnplatte-III.jpg



160414-Hohlkasten.jpg


151123-Seite-Valens-letzte-Etappe-fehlt-noch.jpg




TaminaSide.jpg


151022-Baufortschritt-aus-der-Schluchtperspektive-III.jpg






TaminaBywww.sarganserlaender.ch.jpg

Image by www.sarganserlaender.ch.


TaminabruckeConstructionHighline.jpg


TaminaCenterByArnoldHoffman.jpg

Image by Arnold Hoffman.


TaminaAerialByArnoldHoffman.jpg

Image by Arnold Hoffman.



TaminaBridgeArnoldHartmann.jpg

Image by Arnold Hoffman.


TaminaByTagblatt.jpg

Image by Tagblatt.


150328-Bogenschluss-Medienanlass-I.jpg









140811-Valens-Bewehrungsarbeiten-Bogen.jpg




TaminaArchRebar.jpg



TaminabruckeArchForm.jpg


TaminaArchForms.jpg




TaminaApproaches.jpg


TaminaCranes.jpg


TaminaSlopeConstruction.jpg


TaminabruckeFoundation.jpg


TaminaFinalDesign.jpg

Tamina Bridge model.


TAMINA BRIDGE PROPOSALS

















TaminaSatellite.jpg

Tamina Bridge satellite image.


TaminaSatelliteWide.jpg


TaminaBridgeLocationMap.jpg

Tamina Bridge location map.


TaminaBridgeRoute.jpg


TaminaBridgeRouteWide.jpg