Solutions

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.

Office building in Hamburg

OP Engineers GmbH – Germany

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

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.

Complex building in Ontario

John Hopkins University – United States

Heavy structural steel and composite diagonal framing and composite perimeter mega-columns were adopted to enable the large open spaces that characterize the interiors of the building.

Algorithm to modify the geometric characteristics of a composite steel trussed-concrete beams (CSTCB)

Iuav University of Venice – Italy

The research represented in this report deals with a very common structural element in Italy and in many European countries, developed on the basis of a patent issued in 1962: Composite Steel Trussed-Concrete Beams (CSTCB).

Guest house-cum-Marriage hall in Assam

BESTECH CONSULTANT ENGINEER – India

Composite construction was adopted to shorten construction time and to ensure strength and more life expectancy of the building.

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 Fortaleza

Engineer appointed by Gerdau – Brazil

The building was designed to be the new icon of Fortaleza that will expand the concept of urban kindness and with an environmentally friendly concept.

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.

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