Wide Span Girder Bridge, Neckartenzlingen DE

Neckersteig, Neckartenzlingen, Germany
© Burkhard Walther Architekturfotografie

Dimensions:
Length: 96,00 m
Width: 3,00 m

Structure:
Main structure consisting of trepped block laminated glulam beams that follow a gentle S-shape. Railing including horizontal stainless steel wires and handrail of acetylated timber. Decking made of pre-cast concrete slabs with anti-slip surface.

Object planning:
Leistungsphasen 1-9

Structure planning:
Leistungsphasen 1-6
(according to German HOAI)

To develop and improve the Neckar Valley cycle path this bridge crosses the Neckar with an approximate length of 100m. With a width of 3.00m it provides enough space for pedestrians and cyclists. The S-shaped design is oriented to the connecting infrastructure. The considered load cases of 5,0kN / m² is in accordance with DIN 1991-2. The chosen design in form of a timber bridge with spans of 25,65m / 44,50m / 25,65 follows in ground plan an S-shape. The major span is straight at an angle of 85 gon above the Neckar. Both flood plain areas are curved in plan using a radius of 65,25m. On the Eastern side of the river the arc extends to the north, on the west to the south. For an efficient utilization of material the cross-section is graded according to the stress usage. The continuous beam creates moment diagram with zero crossings in the main span, which are designed as so-called Gerber hinge. In this way the design achieves sensible transport dimensions and a simplified assembly.

© Burkhard Walther Architekturfotografie
© Burkhard Walther Architekturfotografie
© Burkhard Walther Architekturfotografie
Engineers
Ingenieurbüro Miebach
Year
2017
Project Status
Built
Client
Gemeinde Neckartenzlingen
Infrastructure planning
Ingenieurbüro Blankenhorn
Contractor Superstructure
Schaffitzel Holzindustrie GmbH
Contractor Abutment, Infrastructure
Gottlob Brodbeck GmbH & Co. KG

Related Projects 

  • Moos
    playze
  • Reiters Reserve Premium Suites
    BEHF Architects
  • Erweiterung und Instandsetzung Hallenbad Altstetten
    MIYO Visualisierung
  • Neubau von fünf Einfamilienhäusern
    Bäumlin + John Architekten ETH/SIA
  • The Forge at 105 Sumner Street in London
    Kiefer Klimatechnik GmbH

Magazine 

Other Projects by Ingenieurbüro Miebach 

Cable Stayed Bridge Aggerbogen, Lohmar DE
Lohmar, Germany
timber roof structure Assen Station
Assen, Netherlands
Timber-Granite Hybrid Bridge, Schwäbisch Gmünd DE
Schwäbisch Gmünd, Germany
Rheinsteg in Rheinfelden DE CH, Suspension Bridge with Timber Structure
Rheinfelden, Switzerland
Timber-Concrete Composite Bridge, Lohmar DE
Lohmar, Germany