Solutions

Double-skin steel-concrete composite cores as an alternative to traditional RC core

Iuav University of Venice – Italy

The research presented here is aimed to support the request for research grants filed at the EU RESEARCH funding agencies.

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.

Public school in Gallipoli

ATI Project – Italy

The building will be built on the site of a previously existing derelict structure.

Elderly care home in Singapore

National University of Singapore – Singapore

Prefabricated prefinished volumetric construction was adopted to improve the construction efficiency.

Hospital / Campus logistic center in Singapore (Outram Community Hospital)

National University of Singapore – Singapore

High strength composite columns were adopted to improve productivity and construction speed, and to reduce column footprints.

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.

Complex building in Washington

John Hopkins University – United States

Concrete-filled, composite-plate steel shear wall (CF-CPSW) panels were adopted to achieve speed to create a high-rise structural core quickly and cost-effectively.

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