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Completely concrete encased steel I- section columns made of self-compacting concrete (SCC)

Iuav University of Venice – Italy

Steel profiles fully encased in concrete are a very common example of composite construction in infrastructures, building located in seismic-prone areas and several underwater structures, especially in China.
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Design and Construction of steel structures with the mid-story pin connection base

Tohoku University – Japan

Mid-story pin column base system is proposed to optimize the seismic performance of moment-resisting steel frames, which may form 1st story mechanism during large earthquakes if buildings adopt conventional column base system.
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Office building in Madrid

MC2 Ingeniería – Spain

The building is an office tower part of a 4-tower development in a prominent area of Madrid.
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Museum in Heilbronn

Schlaich Bergermann Partner – Germany

The Experimenta Science Center extension is the most recent addition to a pre-existing museum in Heilbroon, Germany.
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Hotel with amenities and office in Madrid

MC2 Ingeniería – Spain

The building is part of a larger development than includes 3 other tall buildings.
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Office building in Sydney (Quay Quarter Tower)

UNSW, Sydney – Australia

Quay Quarter Tower involves the upcycling of the original building which was completed in 1976.
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Impact of different concrete classes on the lateral resistance and failure mode of columns made with concrete-encased steel profiles

Iuav University of Venice – Italy

The purpose of the research is to understand how different concrete classes impact on the lateral resistance and failure mode of columns made with concrete-encased steel profiles.
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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.
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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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