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Content: Steel Construction 3/2017Steel Construction3/2017Contents

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Cover Picture: Steel Construction 2/2017Steel Construction2/2017Cover Pictures

Abstract

The Kienlesberg Bridge is the new link for trams, pedestrians and cyclists between the inner city and the science centre in the northwest of Ulm, Germany. The bridge crosses a railway junction near the main station and a new high-speed rail link. The geometric boundary conditions lead to unequal spans and complex alignments. Therefore, the scheme that won the design competition, which is now under construction, proposed a bridge made of steel. The superstructure was designed as a semi-integral continuous beam with main girders of varying depth. Owing to the pedestrian and cyclists'path on one side, the orthotropic plate cross-section is asymmetric and the main girders have varying depths. Special calculations and details were necessary for dynamic and noise control reasons. The bridge is being built using incremental launching See article on pages 189-195 (photo: W. Dechau).

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Content: Steel Construction 2/2017Steel Construction2/2017Contents

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Content: Steel Construction 1/2017Steel Construction1/2017Contents

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Annual table of contents 2016Steel Construction1/2017Annual table of contents

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Content: Steel Construction 4/2016Steel Construction4/2016Contents

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Content: Steel Construction 3/2016Steel Construction3/2016Contents

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Content: Steel Construction 2/2016Steel Construction2/2016Contents

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Content: Steel Construction 1/2016Steel Construction1/2016Content

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Annual table of contents 2015Steel Construction1/2016Annual table of contents

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Content: Steel Construction 4/2015Steel Construction4/2015Content

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Content: Steel Construction 3/2015Steel Construction3/2015Content

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Content: Steel Construction 2/2015Steel Construction2/2015Content

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Content: Steel Construction 1/2015Steel Construction1/2015Content

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Content: Steel Construction 4/2014Steel Construction4/2014Content

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Content: Steel Construction 3/2014Steel Construction3/2014Content

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Content: Steel Construction 2/2014Steel Construction2/2014Content

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Content: Steel Construction 1/2014Steel Construction1/2014Content

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Content: Steel Construction 4/2013Steel Construction4/2013Content

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Content: Steel Construction 3/2013Steel Construction3/2013Content

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Content: Steel Construction 2/2013Steel Construction2/2013Content

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Content: Steel Construction 1/2013Steel Construction1/2013Content

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Content: Steel Construction 4/2012Steel Construction4/2012Content

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Content: Steel Construction 3/2012Steel Construction3/2012Content

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Content: Steel Construction 2/2012Steel Construction2/2012Content

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