28/05/2026
DO YOU NEED TO PERFORM A DYNAMIC SEISMIC ANALYSIS?
One of the things structural engineers value most when working with dynamic analysis is having tools that are not only powerful, but also transparent, intuitive, and fully aligned with structural engineering logic.
That is precisely where Cubus AG, Engineering Software Software makes a significant difference with the dynamic analysis module in STATIK
The technical documentation available in the Help Center clearly demonstrates the depth and flexibility the software offers for seismic and dynamic structural analysis.
🔹 Complete modal analysis of natural frequencies and vibration modes.
🔹 Seismic analysis using:
- Equivalent Lateral Force Method
- Response Spectrum Method
- Time-history with real accelerogram analysis
🔹 Parametric definition of design spectra according to codes, or implementation of custom spectra.
🔹 Advanced modal combination using SRSS and CQC methods.
🔹 Seismic direction combination according to Eurocode requirements.
🔹 Very intuitive and visual management of masses, centers of mass, and modal participation.
🔹 Direct integration with models generated in CEDRUS BUILDING to automate the complete seismic design workflow.
What is especially interesting is how STATIK helps engineers truly understand what is happening inside the structural model: modal participation, force distribution, dominant modes, load combination effects, and more. It does not simply “provide results”; it helps interpret the actual dynamic behavior of the structure.
In a field as sensitive as earthquake engineering, having tools like this represents a major advantage in both productivity and technical reliability.
📚 Worth exploring the full Help Center section on dynamic and seismic analysis.
https://ow.ly/2RNB50Z4F89
