Prevent catastrophic failure through accurate stability assessment.
Stability loss can lead to sudden, complete structural failure. Our analyses predict buckling and post-buckling behavior, ensuring adequate safety margins against instability. We evaluate both local and global stability for complex loading conditions.
Critical for slender structures like aerial platforms and large plate fields in vessels, stability analysis determines required reinforcements and optimal geometry. Our expertise spans beam buckling, plate buckling, and shell instability across industries and applications such as process, marine and composites.
We offer comprehensive structural analysis services for crane and lifting equipment manufacturers. Our industry expertise covers various crane types, such as mobile cranes, overhead cranes, container handling cranes and mobile elevating work platforms (MEWPs), as well as offshore cranes.
We specialize in structural analysis of composite materials for aerospace, automotive, and lightweight structure applications. Our expertise includes both traditional composite structures as well as innovative aluminum and steel composite hybrid designs. We develop and optimize material models specifically tailored to composite materials’ unique properties.
We have offices and representatives in Europe, Asia and the Americas. Our main offices are located in Finland and The Netherlands. Contact details of all our offices and representatives can be foundhere.
