Rion-Antirion bridge, Greece: measuring a moving gap

Nicholas Hytiris, A. Kominos

Research output: Contribution to journalArticle

Abstract

A spectacular 2·8 km long bridge is being built across the deep and earthquake-prone Corinthian Gulf in Greece. However, designing bridge foundations in 60 m of water overlying 80 m of soft alluvium across an active geological fault-line is not without its difficulties – not least since the land masses on either side are constantly moving independently. The bridge has been designed to allow for a total movement of 2·5 m in 125 years. This paper describes a three-year GPS survey to determine how much and in which direction the land is really moving. It found movements up to 52 mm but with no pattern whatsoever. It also proved that local earthquakes can have a dramatic and unpredictable effect.

Original languageEnglish
JournalProceedings of the ICE - Civil Engineering
Publication statusPublished - 1 Nov 2001

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Earthquakes
Global positioning system
Water

Keywords

  • bridge foundations
  • Corinthian Gulf
  • earthquakes
  • GPS survey

Cite this

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title = "Rion-Antirion bridge, Greece: measuring a moving gap",
abstract = "A spectacular 2·8 km long bridge is being built across the deep and earthquake-prone Corinthian Gulf in Greece. However, designing bridge foundations in 60 m of water overlying 80 m of soft alluvium across an active geological fault-line is not without its difficulties – not least since the land masses on either side are constantly moving independently. The bridge has been designed to allow for a total movement of 2·5 m in 125 years. This paper describes a three-year GPS survey to determine how much and in which direction the land is really moving. It found movements up to 52 mm but with no pattern whatsoever. It also proved that local earthquakes can have a dramatic and unpredictable effect.",
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author = "Nicholas Hytiris and A. Kominos",
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Rion-Antirion bridge, Greece: measuring a moving gap. / Hytiris, Nicholas; Kominos, A.

In: Proceedings of the ICE - Civil Engineering, 01.11.2001.

Research output: Contribution to journalArticle

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T1 - Rion-Antirion bridge, Greece: measuring a moving gap

AU - Hytiris, Nicholas

AU - Kominos, A.

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PY - 2001/11/1

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N2 - A spectacular 2·8 km long bridge is being built across the deep and earthquake-prone Corinthian Gulf in Greece. However, designing bridge foundations in 60 m of water overlying 80 m of soft alluvium across an active geological fault-line is not without its difficulties – not least since the land masses on either side are constantly moving independently. The bridge has been designed to allow for a total movement of 2·5 m in 125 years. This paper describes a three-year GPS survey to determine how much and in which direction the land is really moving. It found movements up to 52 mm but with no pattern whatsoever. It also proved that local earthquakes can have a dramatic and unpredictable effect.

AB - A spectacular 2·8 km long bridge is being built across the deep and earthquake-prone Corinthian Gulf in Greece. However, designing bridge foundations in 60 m of water overlying 80 m of soft alluvium across an active geological fault-line is not without its difficulties – not least since the land masses on either side are constantly moving independently. The bridge has been designed to allow for a total movement of 2·5 m in 125 years. This paper describes a three-year GPS survey to determine how much and in which direction the land is really moving. It found movements up to 52 mm but with no pattern whatsoever. It also proved that local earthquakes can have a dramatic and unpredictable effect.

KW - bridge foundations

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KW - earthquakes

KW - GPS survey

M3 - Article

JO - Proceedings of the ICE - Civil Engineering

JF - Proceedings of the ICE - Civil Engineering

SN - 0965-089X

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