Solutions

Residential in Rotterdam

ABT B.V. Ingenieursbureau Delft – Netherlands

The building is a luxury residential development composed of a portion of “sky apartments” in the upper section and a portion of “city apartments” in the lower portion of the tower.

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.

Composite connections and composite slab

Engineer appointed by Gerdau – Brazil

Innovative tests related to performance were carried out in partnership with a Brazilian University (UFMG) to test composite connections and also with a laboratory in England to test composite slabs at elevated temperature.

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.

Museum in Stuttgart

Werner Sobek – Germany

The building is used to present about 160 cars belonging to the Mercedes Benz Museum, established in 1936.

Office building in Paris

DVVD Architecture Ingenierie Design – France

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

Assessment and quantification of the environmental impacts arising from different steel-concrete composite floor systems

Iuav University of Venice – Italy

The research was aimed at understanding the environmental implications of different composite floor systems, including a pre-fabricated dry-bound solution that promotes the possibility to disassemble, sort and reuse the various components at the end of the building life.

Complex building in Shanghai (Shanghai Tower)

Tongji University – China

Mega columns with wang-shaped steel and shear walls embedded with steel plates were adopted.

Composite beams composed of rolled steel profile concreted between flanges

Takenaka corporation – Japan

This technology is a composite structure in which members filled with concrete are columns and beams in a web of steel H-shaped cross-sections, and in addition to realizing a rational cross-section with a simple configuration, it also has excellent workability.

constructsteel is not liable for the solutions and products displayed. The companies/solutions providers are solely responsible for the information provided.

All images on this page are used with permission or believed to be in the public domain. If you believe any image infringes your copyright, please contact us at constructsteel@worldsteel.org for prompt resolution.

To upload a product, click here

To view FAQ's, click here