Simulation software
that thinks ahead.

In the browser, no installation: guided setup, automated meshing, adaptive convergence study, documented report. No black box, every run is reproducible from its input script.

Coupling Element Actuation Unit
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From question to report in four steps.

  1. 01

    Start free trial.

    Get started with free credits.

  2. 02

    Upload a part.

    A STEP file is enough; the model appears in the browser.

  3. 03

    Describe the load case.

    In plain language; the AI agent translates it into boundary conditions, meshes automatically, and computes deterministically.

  4. 04

    Review the report.

    Assumptions, mesh statistics, and results documented, ready for review and sign-off.

Inside the interface.

Four short clips from the platform, one per topic. Pick one from the list to watch it play.

Face boundary conditions01 / 04

Checked before it computes.

Dr.Q checks models for typical errors before they cost credits: incomplete supports, implausible boundary conditions, unit mistakes. Automatic convergence studies and plausibility checks are part of every run, not fine print. The decision stays with the engineer: the report makes every assumption visible.

Supports and constraints

Boundary conditions and units

Convergence and plausibility

What Dr.Q computes today, and what comes next.

Available today

Live
  • Linear FEM simulations
  • Plastic material models
  • Automated convergence studies for reliable results
  • Calculation of (equivalent) stresses, strains, deformations
  • Static strength verification according to FKM guideline
  • Internal pressure simulation
  • Full assemblies with bonded contacts
  • Natural frequencies and resonance behaviour
  • Stability: buckling of slender and thin-walled parts
  • Thermal expansion as a load case, e.g. interference fits
  • Interactive simulation reports, archivable without platform access

On the roadmap

Soon
  • Friction and sliding contacts
  • Company and user information as context for the AI
  • Non-linear boundary conditions
  • Temperature fields from heat conduction
  • Beam and shell elements
  • Dynamic strength verification (FKM)

Ready to run the first analysis?

Request a free trial and we'll set up an account with credits included, within one working day.