Exposition Bridge: Calatrava's Tilted White Arch
Why is it significant?
Look up from the lush green lawn of the riverbed at the dazzling white steel arch of the Exposition Bridge, which sweeps overhead like a futuristic aerodynamic sculpture frozen in mid-air.
Key Facts
| Place | Exposition Bridge: Calatrava's Tilted White Arch |
|---|---|
| Address | Passeig de l'Albereda, 46010 València, Spain |
| Geo Coordinates | 39.47270, -0.36690 |
| Part of Walk | Valencia's Turia Riverbed Park and Historic Bridges: From Gothic Stone to Modernist Steel |
| Generated | Generated |
Look up from the lush green lawn of the riverbed at the dazzling white steel arch of the Exposition Bridge, which sweeps overhead like a futuristic aerodynamic sculpture frozen in mid-air. Designed by Valencia's native son, the internationally acclaimed architect and engineer Santiago Calatrava, this futuristic bridge was inaugurated in 1995. Locals affectionately nicknamed it La Peineta, or The Comb, because its dramatically tilted central arch resembles the high ornamental comb worn by traditional Valencian women beneath their lace mantillas during festival days.
The engineering of the bridge is breathtaking: a single steel arch rises fourteen meters high, inclined at an angle of seventy degrees toward the Alameda boulevard. A delicate curtain of high-strength steel tension cables suspends the entire one-hundred-and-thirty-one-meter roadway, allowing the bridge to span the width of the riverbed without a single supporting pillar in the park below. Its brilliant white finish contrasts vividly with the green canopy of plane trees and the deep blue Mediterranean sky.
Directly beneath the bridge deck lies the subterranean Alameda metro station, designed concurrently by Calatrava. Sunlight filters through glass pavers on the bridge down into the vaulted concrete platforms below, creating an integrated transport hub where rail engineering meets civic sculpture. The entire bridge, weighing over twenty-six hundred tons, was assembled off-site on the riverbank and slid into position over hydraulic tracks in a single morning in 1995.
Look closely at the aerodynamic tubular steel ribbing: it was engineered by Calatrava to expand and flex imperceptibly under the intense heat of Mediterranean summers, transferring thermal stresses smoothly into the abutments without generating structural metal fatigue across its twenty-six-hundred-ton frame.
Stroll leisurely three hundred meters downstream along the garden promenade to encounter the radiant colors and fragrant tapestry of the Flower Bridge.