Steel Composite Concrete Solutions

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Office building in Rovereto

Premetal – Italy

The building stems from the site of a pre-existing industrial facility in a very central area of the valley where Rovereto is set.
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Office building in Beijing (China World Trade Centre Phase 3)

Tongji University – China

Various structural types, utilising different materials, have been explored until the final design was accomplished, which comprises a composite braced frame core and a composite perimeter frame, linked by two outrigger systems at relevant E&M floors.
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Complex building in New Delhi

Institute for Steel Development & Growth – India

Composite option was chosen to obtain better carpet area and more stability against lateral buckling for beams.
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Highway bridge in Gdansk

Europrojekt Gdansk S.A. – Poland

The composite solution is adopted to build two highway multi span viaducts near the city of Gdansk, to connect the city center and its port to Poland’s highway system.
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Office building in Bilbao

IDOM Consulting Engineering Architecture – Spain

The building is an office tower that occupies the site of a previously planned tall building, that was not built to the excessive costs.
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Office building in Nove Lima

Engineer appointed by Gerdau – Brazil

The composite solution was chosen considering not only the optimized best technical solution (building height, gravitational/lateral forces applied, lateral resistance system adopted), but also the total cost, erection time-consuming and time to get the raw material from providers as well.
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Office building in Paris la Defense

Khephren Ingénierie – France

The project consists in the deep renovation of a pre-existent office building originally built in 1986.
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KIP-RC construction method with RC columns and steel beams

Kajima Corp. – Japan

The KIP-RC construction method is a composite structure in which the columns are made of reinforced concrete (RC) and the beams are made of steel (S).
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Office building in Shenzhen

Tongji University – China

Main structural members like shear walls, columns, and floors adopted composite components to increase their bearing capacity.
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