Solutions

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.

Passenger terminal of train station in Madrid

MC2 Ingeniería – Spain

The project described is the first part of a multi-stage extension project of the Madrid Atocha train station passenger terminal, to manage a two fold increase in passenger traffic in about 10 years.

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.

Complex building in Goteborg

Iuav University of Venice – Italy

Karlatornet is a multi purpose tower under construction in Goteborg, Sweden, expected to be completed in 2024- The building has a very distinctive shape with a twist at approximately 2/3 of its height, where the four corners of the tower rotate in different directions.

Office building in Shenzhen

Tongji University – China

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

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.

Shopping complex in New Delhi

Institute for Steel Development & Growth – India

Beams and colums are all composite members.

Office building in Paris

DVVD Architecture Ingenierie Design – France

The building rises on the site previously occupied by another much smaller building of 11.

Hotel in Chongqing

Tongji University – China

Composite beams, SRC columns, and walls were adopted to reduce component sizes, reduce structural self weight, and reduce earthquake response, while also improving the structure seismic performance.

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