Solutions

Warehouse in Incheon

ACT Partner Co., Ltd. – South Korea

In this project, the following requirements were to be satisfied: – Minimize the depth of beams and the size of columns to secure warehouse space while satisfying the building height restrictions of the law – Minimize floor deflection and vibration – Also the structure must be clean without protrusions as there is no finishing material on the face of columns

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.

Office building in Hamburg

OP Engineers GmbH – Germany

The building serves as office for 400 employees of the fintech company Serrala.

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.

Composite frame system called Reinforced Concrete Steel Tube (RCST) system

Shimizu Corporation – Japan

The RCST system consists of concrete-filled steel-tube columns, H-shaped steel beams and beam-column joints with steel cover plates for confinement.

Office building in Kolkata

Institute for Steel Development & Growth – India

Composite flooring system was adopted to ensure large column free area and to reduce depth of beam.

Office building in Hernani

MC2 Ingeniería – Spain

The building is the headquarter of the Orona Lift Industry, as well as the central point of a new campus creating a place that is both a flagship and a common home for its more than 4,500 employees and a hub for researchers and students on its vertical transportation, urban mobility, energy and technology branches.

Office building in Beijing (Li Ze SOHO)

Tongji University – China

Due to the large number of floors and spans and the load-bearing area of the columns, circular steel pipe concrete columns are used in several layers of the main structure.

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.

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