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designed the concrete arch to be hidden behind a masonry facade. Rather than parting with this non-structural form entirely, Maillart integrated an outer wall of concrete into the Zuoz Bridge, such that the arch increased in depth and the overall stiffness of the structure increased.
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consultant suggested that the project go ahead after subjecting it to a full scale load test. Testing revealed acceptable minor cracking, which throughout the structure's life increased, such that on his following 1904 design for the
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With reinforced concrete construction still being relatively new at the time, it was standard practice to imitate the forms of masonry construction both structurally and visually. As such, on his previous
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The tower and the bridge : the new art of structural engineering
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388:. Princeton, NJ: Princeton University Press.
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382:Billington, David P. (1985).
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249:38.3 metres (126 ft)
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169:46.5969417°N 9.9627750°E
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418:"Punt Maillard, Zuoz"
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297:reinforced concrete
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303:hinged arch bridge
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508:Arch bridges
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246:Total length
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41:Please help
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331:Gustav Gull
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230:arch bridge
211:Switzerland
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147:Coordinates
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99:June 2022
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277:Location
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