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Office building in Madrid

Gilsanz Murray Steficek – Spain

The tower is the fourth, and the tallest of a 4-tower development in Madrid.
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Complex building in Guangzhou (Guangzhou West Tower)

Tongji University – China

The outer diagrid is made of crossing concrete filled steel tube (CFST) columns which take both gravity and lateral loads through highly efficient axial force.
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Complex building in Guangzhou (CTF Center Building)

Tongji University – China

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

Iuav University of Venice – Italy

The Wave complex, consisting of two independent buildings, is being developed in the Oliwa district of Gdańsk.
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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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Study on lateral buckling behavior of steel beam with concrete slab

Kajima Corp. – Japan

A method to rationalize the arrangement of lateral bracing members based on the effect of the floor slab has been developed.
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Office building in Leiden

Iuav University of Venice – Italy

The new building to be constructed is located in Leeuwenhoek, in the middle of the Bio Science Park, the largest innovation area in the field of Life Sciences & Health in the Netherlands.
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Office building in Texas

John Hopkins University – United States

A unique system of beams linked to a core shear wall, and exterior bundled columns were adopted to support the height of the building (it was the tallest composite building in the world when it was completed in 1980) and address various structural challenges, such as the natural tendency of the tube perimeter frame to warp.
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Office building in New York (One World Trade Center)

John Hopkins University – United States

A hybrid system combining concrete and steel was adopted to enable large, column-free spaces within the One World Trade Center efficiently and innovatively, while maintaining the highest safety standards.
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