Problem definition
Agree the engineering decision, operating conditions, relevant quantities and scope.
OUR APPROACH
A transparent route
from question to insight.
We define the objective, build the evidence and explain what the results support.
Geometry preparation
Identify the geometric detail needed to represent the relevant physics.
Mesh generation
Develop a resolution strategy suited to the flow, geometry and outputs.
Numerical setup
Select physical models, boundary conditions, schemes and solver controls.
Simulation
Run the agreed cases and monitor convergence or time-dependent behaviour.
Verification & validation
Check numerical sensitivity and compare with suitable reference data when available.
Engineering interpretation
Connect flow structures, loads, temperatures or losses to the question.
Review & handover
Discuss findings, limitations, deliverables and the next useful action.
TOOLS THAT SERVE THE PHYSICS
Flexible methods.
Traceable workflows.
Our open-source approach supports customised setups and reproducible analysis.
OpenFOAMFlow simulation and custom numerical workflows
SU2Aerodynamic simulation and analysis
PythonAutomation and quantitative post-processing
ParaViewScientific visualisation and flow interpretation
LET’S WORK THROUGH IT
What do you need to understand?
Tell us about your flow challenge. We’ll help define the right next step.