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Safe and verified projects

Backed up by thousands of verified tests with leading R&D partners you can trust

Our CBFEM method for steel

To ensure you use leading technology you can trust, IDEA StatiCa has combined the traditional Component method (equations) with FEM analysis to create the Component-based Finite Element Method (CBFEM). CBFEM is thoroughly tested in cooperation with two technical universities and HILTI.

Learn more about steel verification

Our CSFM method for concrete

IDEA StatiCa Concrete section checks have all been validated thoroughly using numerous comparison calculations, giving you access to the most accurate concrete methodology available. Working closely with the university ETH Zurich, we have created and tested a method called Compatible Stress Field Method (CSFM) for the design of walls and d-regions.

Learn more about concrete verification

REAL-LIFE PROJECTS USING IDEA STATICA

394-foot (120-meter) St-Jacques street overpass, Montreal, Canada
Reconstruction of the Saint-Jacques street overpass spanning over the Décarie Highway (A-15) in Montreal, Quebec, Canada.
10 Fenchurch Avenue, London, UK
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.
The Jakarta International Velodrome, Indonesia
Mott MacDonald — global engineering, management, and development consultancy company - used IDEA StatiCa extensively to analyze and design complex, earthquake-resistant connections for an iconic and very challenging project — The Jakarta International Velodrome, a venue for the 18th Asian Games 2018.
Retrofit of a reinforced concrete arch bridge, Czech Republic
This study showcases an analysis of an old reinforced concrete road bridge which consists of two concrete arches and suspended concrete bottom deck. It spans over the Mrlina river in Krinec, Czech Republic.
Facade connections at Midland Metropolitan hospital, UK
In this showcase, we are presenting an example of connections of an interior steel structure with an unusual offset arrangement for the cross bracing required by the team of architects of the Midland Metropolitan Hospital near Birmingham, United Kingdom.

You do not have to be a FEA expert

Model the connection like you do in a CAD application, then IDEA StatiCa puts your analytical model together, in the background, taking into account all forces and interactions. See precise checks, and the results of stress/strain, stiffness, and buckling analysis, as well as bolts, welds, and concrete blocks.

Welded hollow section steel connection analysis

R&D PARTNERSHIPS

We involve third-party experts in all phases of our product development cycle – from the primary research of methods and testing prototypes through to validation and verification of the actual results coming from the software. Our key partners include ETH Zurich, Czech Technical University in Prague, and HILTI.

Learn more about R&D partnerships
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