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Author(s):	Plieninger, Sven; Burkhardt, Uwe; Niebling, Sandra; Geske, Heinz; Jelisic, Miroslav
Title:
Abstract:	Die Doppelhaltestelle “Elbbrücken” der U- und S-Bahn in Hamburg bildet einen wichtigen Infrastrukturknotenpunkt, der den östlichen Teil der HafenCity mit dem Stadtzentrum verbindet. Aufgrund der direkten Nähe zu den Freihafenbrücken greift der Entwurf deren markante Bögen auf und interpretiert sie neu. Die Dächer der beiden Haltestellen bestehen aus einer verglasten Stahlbogenkonstruktion in Form einer Halbtonne - die eine bogenförmig, die andere gedrungener. Der Skywalk, der die umsteigenden Fahrgäste wettergeschützt von einem zum anderen Haltepunkt bringt, ist ebenfalls eine Stahl-Glaskonstruktion, die in der Werkstatt vorgefertigt und in mehreren Segmenten eingehoben wurde. Alle Stahlbauteile wurden in der Werkstatt der SEH Engineering GmbH in Hannover gefertigt. Die beiden Hallendächer wurden dort als Sonderanfertigung erstellt. Zudem fand im Werk jeweils eine Probemontage statt, um vorab die Passgenauigkeit der Anschlüsse zu überprüfen. Elbbruecken train stations in Hamburg The Elbbruecken train stations form an important infrastructure hub connecting the eastern part of Hamburg's HafenCity (harbor redevelopment area) with the city center. Due to their immediate proximity to the Freihafen bridges, the design takes up their distinctive steel arches and reinterprets them in a new and contemporary manner. Both stations' roofs are glazed steel frames forming semi-circular vaults - one more or less circular in cross-section, the other shallower. A skywalk takes passengers changing trains from one station to the other; this, too, is a steel structure, prefabricated in the workshop and lifted into place in several segments. The steel components were manufactured in the Hanover workshop of SEH Engineering GmbH, where individual templates were created as customized product for both hall roofs. Also, a trial assembly was realized in the Hanover plant in each case to check the accuracy of the junctions' fit.
Source:	Stahlbau 91 (2022), No. 9
Page/s:	579-584
Language of Publication:	German

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