Advanced Simulation for Confident Engineering Decisions

It depends on the decision you need to make. Tell us about the component or system, its operating conditions and the question you want answered, and we will recommend a suitable scope: FEA, ASME FEA, CFD or HVAC & built environment CFD.

Usually CAD geometry or drawings, materials, operating conditions such as loads, pressures, temperatures and flow rates, any applicable codes or standards, and the questions the assessment should answer.

A report that documents the load cases, modelling assumptions and results, and connects them with design implications, practical recommendations and the limits of the assessment.

Yes. We identify critical regions and assess practical design changes, so you can compare alternatives before committing to your next design iteration.

ASME FEA assesses pressure-retaining equipment, such as vessels, nozzles and piping components, against the relevant ASME code criteria, with defined load cases, modelling assumptions and documented findings.

We review modelling assumptions and check the quality of the numerical solution, including mesh and boundary conditions, and compare results with hand calculations or test data where available.

Simulation reduces the number of prototypes and tests by answering design questions earlier, but it does not always replace testing. Where validation or certification requires it, simulation and physical testing work together.

To study airflow, ventilation and thermal comfort in buildings and industrial spaces, including smoke movement within a defined scope, before the space is built or modified.

It depends on the scope, the complexity of the geometry and the number of load cases or design options. We confirm the timeline with our proposal once the scope is agreed.