IDEA StatiCa Blog

Blog
Geometrically and materially nonlinear analysis (GMNA)

Geometrically and materially nonlinear analysis (GMNA)

For an engineer, it is always important to be able to model a structure behaving as close to reality as possible. That is why we introduced the new geometrically nonlinear analysis (GMNA) for steel hollow section members to the latest IDEA StatiCa version 10.1.

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Blog
Chinese code for steel-to-steel joints

Chinese code for steel-to-steel joints

We are constantly trying to spread our wings and open IDEA StatiCa for new territories. That’s why we implemented the Chinese steel design code (GB) for steel-to-steel joints alongside five other design standards in IDEA StatiCa Connection version 10.1.

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Blog
Crack spacing check

Crack spacing check

The new crack spacing functionality enables the user in a few seconds to investigate the distance between cracks within the entire concrete detail.

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Blog
Structural Awards 2019 Ceremony

Structural Awards 2019 Ceremony

It has been an honor for IDEA StatiCa UK to sponsor the Structural Awards 2019, and to give the award in the Long Span Structures category to BuroHappold Engineering and Schlaich Bergermann Partner for their exceptional work with the New Tottenham Hotspur Stadium, which also won the Supreme Award of Structural Engineering!

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Blog
IDEA StatiCa and HILTI setting standard for steel connection design

IDEA StatiCa and HILTI setting standard for steel connection design

HILTI decided to put CBFEM inside the new PROFIS Engineering Suite. Based on a development partnership between HILTI and IDEA StatiCa, new PROFIS Engineering now calculates and checks steel-to-concrete connections using CBFEM. We would like to invite you to the joint webinar of IDEA StatiCa and Hilti on the topic of steel-to-concrete joints in PROFIS Engineering.

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Blog
Webinar: Continuous composite bridge

Webinar: Continuous composite bridge

In this webinar, we are going to demonstrate a complete workflow of design and code-check of a bridge whose superstructure is composed of precast beams and composite cast-in-situ slab.

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