Advanced simulation and testing to validate structural safety

Yes. A reproducible report and a clear certificate facilitate processing and shorten approval/purchase cycles, in addition to reducing uncertainty on site.

We apply CTE and Eurocodes (and specific client requirements). The report includes assumptions, ULS/SLS combinations, acceptance criteria, results, recommendations and, if applicable, a certificate.

Yes. We coordinate the necessary mechanical tests to validate hypotheses or prototypes. We define the test plan (procedure, samples, loads) and integrate it into the final report.

Plans or 3D/BIM model, description of use and loads, material, and types of connection; if there are regulatory or testing requirements, please indicate them. With that, we provide a technical quote and an approximate deadline.

For PV projects, we usually start from regulatory load combinations, and when required (parapets, edges, east–west layouts, suction), we integrate wind simulations to refine pressures and anchoring. (CFD is used only when it provides real value to the design.)

When there are unique geometries, critical joints, aluminum components (sensitive to buckling), or significant wind loads (rooftop/ground-mounted PV systems). FEM simulation confirms safety and can reduce material use without compromising safety margins.