Dynamic actions, seismic design, fatigue, mode shapes, service-life analysis and complex finite-element calculations.
Geometry, supports, material and actions are translated into a reliable analytical model.
Geometry, material, supports and contacts are simplified enough to remain precise and interpretable.
Complex zones are refined deliberately while non-critical regions are represented efficiently.
Static, nonlinear or dynamic analysis shows how the system reacts under realistic actions.
Stress peaks, singularities and model limits are challenged rather than accepted without judgement.
Geometry, sections, details and strengthening measures are derived from the results and documented transparently.
When simplified models are insufficient, structural behaviour, local stresses and dynamic effects are investigated using tailored analytical models. The objective is a reliable and clearly documented basis for decisions.
Numerical investigation of complex geometry, components and load paths.
Assessment of time-dependent actions and vibration-sensitive systems.
Verification and assessment of special load cases under project-relevant technical rules.
Assessment of repeated actions and constructive details.
Send available documents and a short brief. We will clarify the appropriate scope.
