Solutions

Study on lateral buckling behavior of steel beam with concrete slab

Kajima Corp. – Japan

A method to rationalize the arrangement of lateral bracing members based on the effect of the floor slab has been developed.

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.

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

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).

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.

Office building in Paris la Defense

Khephren Ingénierie – France

The project consists in the deep renovation of a pre-existent office building originally built in 1986.

Football Stadium in Bilbao

IDOM Consulting Engineering Architecture – Spain

The building is the new stadium for the San Mames, Bilbao.

Hotel in Chongqing

Tongji University – China

Composite beams, SRC columns, and walls were adopted to reduce component sizes, reduce structural self weight, and reduce earthquake response, while also improving the structure seismic performance.

Airport terminal building in Port Blair

Construction Catalysers Pvt. Ltd. – India

22 sculpted steel 3D trusses each having a different span were adopted to ensure structural stability and achieve the unconventional awe-inspiring aesthetics.

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