Projects - Engineering & Bridges
Jausernbrücke Saalbach, Austria
New construction of the Jausern-Bridge as a trough bridge with reinforced concrete abutments
Project planning, execution planning, tendering, construction supervision
Burgbrücke Castle Kaprun Kaprun, Austria
Construction as a truss bridge to preserve the ancient appearance of Kaprun Castle, with a clearly visible timber structure made of solid timber cross-sections.
Project planning, static-constructive processing
Dorfheimerbrücke Saalfelden, Austria
Two-span integral frame bridge over the Urslau (crossing angle ~70°), inclined length 24.3m
Hauthaler bridge, Saalfelden, Austria Project planning, tendering and local construction supervision
Slack-reinforced single-span integral bridge over the Urslau with a span of 13.5 metres
Demolition & construction of channel bridges Au-Moos & Hart Inn Channel, Upper Bavaria - Project design and structural design
Steelbridges Innkanal, Oberbayern - Detail Design. Demolition of two concrete bridges and replacement by two new steel arch bridges.
Kraller Bridge Leogang, Salzburger Land
Dual-span frame bridge accross Leoganger Ache Mountain river
Erzbach Bridge Viehhofen, Salzburger Land
Lopsided slab bridge with deep foundation on large bored piles
Schaufel Bridge Reconstruction in Kaprun centre/Salzburg
Reinforced concrete girder bridge across Kapruner Ache Mountain river
Access bridge to Krallerhof Concrete girder bridge
Integral construction of concrete girder bridge across the access road to the bottom station of Steinberg Cable car in Leogang (Salzburg)
Road bridge across Pinzgau local railway Walchen – Piesendorf (Salzburg)
Reinforced concrete framework with adjacent mechanically stabilized earth accross the Pinzgau local railway at Piesendorf
Urslau Bridge Bridge reconstruction at federal highway B311 (Salzburg)
Integral construction of reinforced concrete (slab with large bored piles)
Tauernmoosbach bridge Use of 3-D modeling for the complex geometry
The Salzburg State Government commissioned the Tauernmoosbach bridge in the Stubachtal to be reconstructed in 2011, after severe damage had been identified on the old steel girder bridge. 3-D modeling was used with the support structure planning for the complex geometry of the new concrete bridge.
Checking of bridge strcutures as Consultants ... for public and private clients
According to the four-eyes principle (dual control principle), calculations and construction plans of structurally highly-complex bridge constructions are inspected.
Heldenhain footbridge Nomination for the National Architecture Award 2012
To replace a rather unsightly railway underpass, ÖBB built an attractive footbridge between Brucker Promenade and Seepromenade in coordination with the Zell am See Municipality.
In collaboration with the Hasenauer Architect’s Office, Baucon ZT GmbH is designing and building the bridge from the first draft up to the detailed steel structure drawings.
The installationt of the almost 40-meter long bridge support structure had to be put up during a short period at night when the tracks were blocked and required a great deal of detailed design and preparation.
Egg-Graben Bridge
The method of pure prestressing without mild steel reinforcement
was applied for the superstructure of the Egg-Graben Bridge which is
situated in the valley of Großarl in the province of Salzburg, Austria.
The bridge with a length of 50m is designed as an arch bridge in
order to take advantage of the existing rocky subsoil on the
construction site. Furthermore, a special shape for the arch was
chosen in order to account for the horizontal curvature (radius of
50m) of the bridge girder. In the planning process strong emphasis
was placed on a slim design. After a construction period of 18
months the bridge was opened to traffic in November 2009.
