Please turn JavaScript on
header-image

IDEA StatiCa

Follow IDEA StatiCa's news and updates in a matter of seconds! We will deliver any update via email, phone or you can read them from here on the site on your own news page.

You can even combine different feeds with the feed for IDEA StatiCa.

Subscribing and unsubscribing is fast, easy and risk free.

The whole service is free of cost.

IDEA StatiCa: IDEA StatiCa - Structural Design Software for Steel and Concrete | IDEA StatiCa

Is this your feed? Claim it!

Publisher:  Unclaimed!
Message frequency:  0.14 / day

Message History

The design of temporary structures is often underestimated due to their short service life, yet they demand the same attention as permanent structure especially at the connections. If not properly verified, connection failures can trigger instability, collapse, and serious risk during construction.

Read full story
During this one-hour technical session, our team demonstrates how IDEA StatiCa's batch and grouping design lets you design connections based on their actual loads while still working efficiently across entire structures.

Read full story
Frame corners are typical discontinuity regions in the design of RC structures. The aim of this webinar is to show how frame corners and similar D-regions—traditionally designed using strut-and-tie models—can be analyzed using the Detail application and the CSFM (Compatible Stress Field Method).

Read full story
Many engineers rely on global FEA software to analyze and design structures. However, this can be risky, especially in complex wall designs where standard assumptions may not hold. This article explains how IDEA StatiCa helps you reveal hidden structural risks and ensure safer, more reliable designs.

Read full story
Learn why relying solely on global FEA software for transfer wall design can be dangerous. This webinar will explain why global FEA may fall short in ULS and SLS, how to bring the wall to IDEA StatiCa and how CSFM analysis improves accuracy, safety, and efficiency in wall design.

Read full story