Solutions

Commercial building in Mumbai

BESTECH CONSULTANT ENGINEER – India

Composite columns and beams as well as special foundation details at column base were adopted to reduce construction time and to increase the strength, serviceability and life expectancy.

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.

Office building in Frankfurt

Bollinger+Grohmann – Germany

The building is the first mixed use building in downtown Frankfurt, introducing 147 residential units in an area of the city that is usually abandoned during the night and weekends.

Office building in Lyon

Terrell Group – France

The tower Silex2 stems from the renovation of the precedent EDF tower.

Complex building in Washington

John Hopkins University – United States

Concrete-filled, composite-plate steel shear wall (CF-CPSW) panels were adopted to achieve speed to create a high-rise structural core quickly and cost-effectively.

Office building in Shenzhen

Tongji University – China

Steel and concrete composite outer frame columns were adopted to provide sufficient strength and stiffness, effectively bearing vertical and horizontal forces.

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 Shenzhen

Tongji University – China

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

Innovative hybrid and composite steel-concrete structural solutions for building in seismic area

University of Camerino – All Regions

The proposed innovative SRCW is characterized by elements with specific tasks by allowing for the execution of a proper capacity design.

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