Model
Build connected 3D structural representations with explicitly defined members, section orientations, loading and support conditions.
We’re building a connected workspace for 3D structural modelling, numerical analysis and traceable reports. Fewer tool switches. More time for engineering judgement.
BenStrukt is being developed around a connected workflow: build the model, examine the response and understand how each reported result was obtained.
Build connected 3D structural representations with explicitly defined members, section orientations, loading and support conditions.
Explore linear and geometrically nonlinear frame analysis within explicitly supported research cases. Inspect equilibrium, assumptions and numerical limitations.
Connect numerical outputs to the model, loads, calculation context and stated limitations through auditable technical evidence.
Our ambition: structural engineering, compressed from weeks to hours. We are developing the connected workflow to pursue it; time savings are not yet a measured product claim.
Geometry, materials, sections and physical constraints.
Numerical methods with explicit assumptions and supported scope.
Structural response, equilibrium and governing locations.
Traceable calculation records and explicit limitations.
Engineers should be able to question every result, not just read it.
We are designing for transparent technical review, not opaque one-click approval.
Make the relationship between inputs, assumptions and reported results easier to inspect.
Differentiate a completed numerical calculation from a professionally verified structural design.
Support the engineer's decisions. Never imply a result is approved when required checks are missing.
BenStrukt is an early-stage research and development prototype. Capabilities are restricted to supported numerical assumptions and selected test cases. It is not a certified structural design product, and results must not be used as the sole basis for construction, approval or safety-critical decisions.
We welcome engineers, academic reviewers and early-stage partners who want to discuss real workflows and help shape what comes next.