2023, June 20-21 | training online
This training is suitable for advanced users. Take part to better understand the more complex calculation processes in the FEMFAT max module and to keep the associated longer calculation times as short as possible.
The standard training will take place online from 20 to 21 June.
13 - 15 Gennaio 2026 | Fiera internazionale
news die-casting magma metal-process-simulation
Martedì 2 dicembre 2025 | 14.30 - 17-8.15 | seminario
news research digital-manufacturing
23 Ottobre 2025 | Evento in presenza
news industry4 innovation rockwell dataanalytics
Autunno 2025 | bandi di finanziamento
news industry4 research
CASE STUDY
Fatigue design of large welded structures presents significant challenges due to complex geometries and variable loading conditions, especially in industries such as offshore engineering. While nominal stress-based methods remain widely used, they often fall short when applied to intricate welded details. This study investigates the use of MAGNA FEMFAT, a commercial fatigue analysis tool, to evaluate the fatigue strength of large welded K-nodes typically found in small offshore platforms.
marine femfat