Method

Simulate, Correlate, Decide.

A beautiful image is not enough: you must be able to trust it. Six steps turn your question into a sound decision.

Step 1 of 6

Understanding the need

Everything starts from the decision you have to make, not from the software.

What we clarify

  • Expected decision
  • Acceptance criteria and standards
  • Data: CAD (STEP), materials, loads, tests

Deliverable

  • Technical proposal and schedule

Step 2 of 6

Assumptions & modelling

The right model is the simplest one that answers the question. Every simplification is written down and agreed with you.

What we build

  • Idealised geometry
  • Material models
  • Boundary conditions
  • Mesh suited to the gradients

Deliverable

  • Assumptions note

Step 3 of 6

Simulation

Physics dictates the method, never habit.

What we solve

  • Nominal and extreme load cases
  • Design variants
  • Parametric studies where useful

Step 4 of 6

Verification / convergence

Every result is put to the test before it reaches you. A correlated model cuts the number of prototypes; it does not replace the final test.

What we check

  • Mesh and solver convergence
  • Energy, mass and heat balances
  • Deviation from analytical solutions
  • Correlation with tests

Deliverable

  • Verification and correlation table

Step 5 of 6

Analysis

A colour plot is not a conclusion: we turn it into margins and mechanisms.

What we establish

  • Margins against the criteria
  • Critical areas and mechanisms
  • Sensitivity to uncertain assumptions

Deliverable

  • Annotated results

Step 6 of 6

Design recommendations

You leave with decisions: which thickness, which flow rate, which architecture.

What you receive

  • Calculation report and validity limits
  • One-page summary
  • Prioritised recommendations

On request

  • Documented models
  • Presentation to your teams or your customer

Step 1 only takes a conversation.