A brand new online portal for managing your IDEA StatiCa accounts, licenses, and support cases has been integrated into the website www.ideastatica.com. Administrate users in your company, set license interval, submit technical questions and share them with your colleagues –
There are many types of moment connections all around us, but what do we need them for? How to design them effectively and in accordance with national codes? Take a look at our grand connection overview. Generally speaking, the Moment
The seamless integration of IDEA StatiCa and ETABS, the analysis software for buildings from CSI, is one of our most used BIM links. Thanks to this, you can deliver your designs faster and more efficiently, while your focus stays on
You’ve been calling for new materials to be available for design, analysis, and code-check in IDEA StatiCa. It was not easy to decide which material should be the one implemented in our software next to the steel and concrete. The
Do you use Midas Civil or Gen for modeling complex bridges and buildings, but struggle with the code-checks? We have a proposal for you! With our BIM link, you can enjoy the best of Midas for the global model and analysis and use IDEA StatiCa for the code-checks!
Since 2020, IDEA StatiCa uses a new robust hassle-free licensing system. Still, it might happen you got an error message when trying to log in. Based on our helpdesk, we have identified the four most common licensing issues you may
It’s nothing new and quite simple. And still, the online IDEA StatiCa Viewer is one of our most popular applications. Whether you have or do not have a valid license, this tool can help you view an IDEA StatiCa Connection
Bolts and bolted connections Bolts and welds are the most difficult elements in the design of steel connections. Excel spreadsheets very often simplify their calculation. Modeling them in general FEM programs is complicated because these programs do not offer the
Walls are essential elements in almost all structures. The other bearing parts of the structures as beams, plates, etc. are dependant on them. The underestimation of wall design can cause inadmissible deformation or even collapse of the whole structure. Let’s
Concrete can withstand ten times bigger stress in compression than in tension – that is something every structural engineer gets to know quite early on during their university studies. But it is a little later when they realize what this
