General Information
Name in local language: | Elbtunnel |
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Beginning of works: | 19 June 1968 |
Completion: | 10 January 1975 |
Status: | in use |
Project Type
Structure: |
Immersed tube tunnel |
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Function / usage: |
Road tunnel |
Construction method: |
Immersed tube method Tunnel shield |
Location
Location: |
Hamburg-Othmarschen, Hamburg, Germany Hamburg-Waltershof, Hamburg, Germany |
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For: |
|
Underneath of: |
|
Part of: | |
Next to: |
Elbe Tunnel (4th Tube) (2002)
|
Coordinates: | 53° 32' 15" N 9° 55' 43" E |
Coordinates: | 53° 33' 14" N 9° 53' 51" E |
Technical Information
Dimensions
length | 2 950 m | |
immersed tube unit | width | 41.70 m |
height | 8.40 m | |
length | 132 m | |
number | 8 |
Materials
tunnel structure |
precast concrete
reinforced concrete |
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Excerpt from Wikipedia
The New Elbe Tunnel (German: Neuer Elbtunnel), often simply called Elbtunnel, is a subterranean Elbe River crossing in northern Germany located in Hamburg.
Description
The Elbtunnel has a length of 3.1 kilometers (1.9 mi). As a part of the Bundesautobahn 7 in Hamburg, the tunnel forms a connection between Schleswig-Holstein (and on towards Denmark) to the north and Lower Saxony to the south. It has 8 lanes in 4 bores. The newest, fourth bore is the only one to feature a hard shoulder, minimizing congestion due to broken down vehicles.
History
The tunnel was constructed from 1968 to 1975 with three bores, containing a total of six autobahn lanes serving the city of Hamburg. On 10 January 1975 the Chancellor of Germany, Helmut Schmidt, opened the Elbe Tunnel. The tunnel was constructed with a capacity for 65,000 cars daily.
In 1989 concrete tank barriers were constructed on the three south entrances. In war times these barriers would have been exploded out of their resting places. The barriers were removed in 2000 during construction of the 4th bore.
Widening
To meet the demands of increasing traffic, on 27 October 2002 a fourth bore was opened with two more lanes. It had been drilled through the ground by the then world's largest tunnel boring machine (TBM), which had a front plate 14.65 m (48 ft 1 in) in diameter. The machine's name was Trude, a short form of the name Gertrud, and an acronym for Tief runter unter die Elbe (deep down under the Elbe). The European Space Agency had helped in engineering aspects of the tunnel project for the tunnel boring machine.
The centre bores carry reversible lanes which switch direction in anticipation of commuter flows, similar to those of Caldecott Tunnel in Oakland, California. For example, more lanes are available for the morning commute into the city center in the northward direction Flensburg, and more in the southbound direction of Hanover for traffic leaving the city in the evening.
Vehicle height control
The tunnel operation office controls traffic with 72 visual monitors. Traffic lights, highway barriers and variable message signs are in use to regulate 150,000 vehicles per day.
All bores are equipped with an automated height control at each entrance. As soon as a vehicle with a height of more than 4 meters enters the tunnel, the system will stop all traffic in that lane and direction of traffic. This will ensure that overheight trucks will not damage the tunnel. The tunnel police will then direct the truck out of the tunnel so that traffic can resume.
Text imported from Wikipedia article "Elbe Tunnel (1975)" and modified on May 27, 2022 according to the CC-BY-SA 4.0 International license.
Participants
- Rolf Windels (checking engineer)
Relevant Web Sites
Relevant Publications
- Brücken und Tunnel der Bundesfernstraßen 2013. Bundesministerium für Verkehr, Bau und Stadtentwicklung, Berlin (Germany), 2014, pp. 115-128.
- Bundesautobahn Westl. Umgehung Hamburg und der neue Elbtunnel. In: Der Deutsche Baumeister, n. 4 ( 1968). (1968):
- Die Entwicklung des Entwurfs für den neuen Elbtunnel in Hamburg. In: Bautechnik, v. 53, n. 3 (March 1976), pp. 73-93. (1976):
- Europastraße 3. Bauabschnitt Elbtunnel Hamburg. In: Hochtief Nachrichten (February 1971).
- Die Gummidichtung für den Elbtunnel in Hamburg. In: Schweizerische Bauzeitung (1947-1978), v. 90, n. 8 (24 February 1972). (1972):
- About this
data sheet - Structure-ID
20000629 - Published on:
09/03/2000 - Last updated on:
28/05/2021