Steel Composite Concrete Solutions

Steel Solutions FAQ

Our members and partners produce high-quality steel products and innovative technologies that contribute to a sustainable future.

Building

Infrastructure

Other

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.
Read More

Library in Rouen

Groupe Alto – France

The development for the university of Rouen created a complex building with multiple functions including auditoriums for up to 600 people.
Read More

Mixed-used building in Dongguan

Tongji University – China

Column adopted steel tube -reinforced concrete column and some of the walls are made of steel plate concrete walls or section steel concrete walls.
Read More

Office building in Paris

Setec TPI – France

The tower, 140 meters in height, is built on a very difficult lot in La Defense, Paris’ business district.
Read More

Office building in Mexico City

John Hopkins University – United States

A special foundation, dampers, and composite columns were adopted to design a tall building in a zone of high seismicity, addressing the new requirements following the 1985 earthquake, with height, versatility, and structural integrity.
Read More

Complex building in Bergamo

Studio AEDITECNE di Vicenza – Italy

The building will be used as a public library and exhibition space for the for the 2024 “Bergamo and Brescia Designated European Capitals of Culture 2024”.
Read More

Office building in Pennsylvania

John Hopkins University – United States

One-of-a-kind damper was adopted to withstand the height and wind horizontal loads while enabling the asymmetrical design of the building.
Read More

Office building in New Delhi

Institute for Steel Development & Growth – India

The building consisted of four towers.
Read More

New concept of composite steel-reinforced concrete floor slab

Iuav University of Venice – Italy

The innovation proposed aims to provide a slim floor system with a total thickness of 282mm with higher mechanical resistance than a comparable conventional slim floor assembly, by strengthening the composite behavior of the steel-concrete bond thanks to rebars that work as shear studs, blocking the differential slip of the concrete to steel connection.
Read More

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