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Functionality and design in harmony: timber-concrete composite bridge in Meerstad, NL

Road bridge over the Tersluis

Description

In the Groningen – Meerstad district, the ‘Tersluis-Brug’ complements the new bridge family with a uniform, architecturally sophisticated design. The timber-concrete composite construction replaces an embankment that did not allow continuous boat traffic and creates free passage with a clearance profile of 1.5 x 4.0 metres.
Designed for road traffic of up to 30 tonnes, the bridge combines functionality with harmonious integration into the surroundings. The straight alignment enables a direct connection to existing roads. The block-glued timber girders vary in height: slimmer in the centre, they widen towards the abutments.
The supporting structure consists of three parallel glulam beams, which are coupled by a reinforced concrete carriageway slab and designed as an integral frame structure. The timber girders are rigidly anchored in the abutments, while the carriageway slab protrudes laterally to protect the girders from driving rain. Cerves in the timber girders secure the shear bond, while bolts stabilise against uplift forces.
The railing picks up on the design concept of the bridge family: a handrail made of acetylated glulam and a railing height of 1.30 m offer safety and aesthetics.

Owner
Meerstad BV Groningen

Client
InVraplus BV Haren

Year of construction
2024

Dimensions
Length: approx. 35.50 m
Span: approx. 20.00 m
Width: approx. 7.82 m

Planning
Substructures: Boorsma, Drachten
Timber construction: Ingenieurbüro Miebach
Architectural planning: Laos, Groningen

Construction
Substructures: Friso BV
Timber construction: Schaffitzel Holzindustrie GmbH & Co. KG, Schwäbisch Hall
Straßen- und Landschaftsbau: Friso BV

Construction
integral timber-concrete composite bridge, outer girders stepped on the sides as weather protection; concrete box girder on pile foundation; asphalted carriageway slab; flat steel railing with handrail made of Accoya glulam

Our services
SO, DO, UO Superstructure

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