At the Rocky Mountain Metropolitan Airport, a drive-thru plane canopy is designed with resistance to wind up to 155 mph.

The interoperability between structural engineering tools plays a key role in the success of infrastructure projects. In the following case, IDEA StatiCa and Checkbot helped CSF Consulting to save 900-man hours.

Checkbot worked as a translator to communicate between STAAD.Pro and IDEA StatiCa connection, transferring hundreds of nodes and thousands of load combinations, avoiding any load input errors. The structural design process started in STAAD.Pro, where the global structure was analyzed and designed. Using the Checkbot app within STAAD, the entire structure can be imported into Checkbot. Finally, IDEA StatiCa will open every node with the geometry and load combinations where the connection can be modeled and designed.

The following article shows how CSF Consulting took advantage of the interoperability in a Natural Gas plant structural design.

CRAFT Engineering Studio worked closely with Selldorf Architects on this single-family residence.
The project consists of three different buildings – the main house, garage, and pool house.
With an open architectural design and unpropped balcony, the two-story building of the main house sits on a steep bluff overlooking the ocean, exposing it to high winds and introducing numerous challenges in terms of the structural design of the vertical and lateral load resisting systems.
Originally conceived in steel, both the client and architect wished to move to a predominantly wood solution.

Reconstruction of the Saint-Jacques street overpass spanning over the Décarie Highway (A-15) in Montreal, Quebec, Canada.

The Queen's Wharf Skydeck was designed to become the must-see destination for those seeking spectacular views of Brisbane. Perched 100 meters above the Brisbane River, upon completion, the Skydeck will provide an open-air observation deck and public realm between the towers of the Queen's Wharf Development, offering panoramas of the river, South Bank Parklands and city skyline.

Comprising four towers spanned by three fabricated steel truss bridges, structure consisted of complex geometry. Using IDEA StatiCa, Dallas Lee, a principal engineer at the Robert Bird Group, and his team gained the precise flexibility needed to model the three-dimensional truss nodes accurately, safely, and efficiently.

ARUP used IDEA StatiCa on this 15-storey commercial development in London City with 4 basement levels, retail ground floor, a restaurant on the 14th floor and a public roof garden. Steel frame superstructure was done using plate girder beams and metal deck slab.

Most of us are familiar with the concept of vertical gardens. We see them in hotels, on the street and at exhibitions to name but a few possible places. But something new and much grander is taking root in Barcelona, Spain: one of the world's first vertical woods.

Promoted by La Caixa Foundation as a gift celebrating 20 years of Barcelona’s Caixa Forum. It will accommodate 22,000 plants, 12 large trees 'suspended' in the air, and all the services needed in a total surface area of 535 m² - conceived, modelled and designed from an engineering perspective by a team from Most Enginyers SL.

The AFAS Stadium (AZ Stadion) in Alkmaar, the Netherlands, hosts football matches and is the home of the Dutch professional football club, AZ Alkmaar. The old roof of the stadium had partly collapsed due to a storm and needed replacing.

In this case study, we are really proud to present an extraordinary project of a world-famous horse racing venue in Ireland that has won an award at the Structural Steel Design Awards 2020. Designed by Kiernan Steel, who also erected various ancillary buildings.

Bourne Group has been one of the first TOP10 UK Steel contractors to implement IDEA StatiCa back in 2016, and since then they have been using successfully in many high profile projects. One of the latest is The Marshall Building, an iconic structure at the London School of Economics.