Computational fluid dynamics & engineering analytics
Simulation you can
verify, trust and act on.
FluxLab is an independent engineering lab for computational fluid dynamics, heat transfer and data-driven analysis — from verified simulation to decisions engineers can act on.
- Focus
- CFD · Heat transfer
- Analytics
- Surrogates · UQ
- Based in
- Malaysia
Capabilities
From flow physics to engineering decisions.
External Aerodynamics
Lift, drag and flow separation on vehicles, wings, buildings and structures.
Internal Flow & HVAC
Pressure loss, flow distribution and ventilation in ducts, pipes, rooms and equipment.
Heat Transfer
Conjugate heat transfer, natural convection and thermal management.
Multiphase & Reacting Flow
Free surfaces, sprays, particles and combustion.
Environmental & Urban Flow
Pedestrian wind comfort, pollutant dispersion and microclimate.
Engineering Analytics
Turning simulation and sensor data into decisions — surrogates, optimisation and uncertainty.
Selected work
Case studies
How we work
A workflow built around verification.
-
01
Define
Physics, objectives and acceptance criteria agreed up front.
-
02
Model
Geometry cleanup, meshing strategy and solver set-up matched to the question.
-
03
Verify & validate
Mesh independence, convergence checks and comparison with experiment or benchmarks.
-
04
Analyse
Post-processing, sensitivity studies and data analytics that turn fields into findings.
-
05
Report
Clear, reproducible deliverables — figures, data and case files.
Collaborate
Have a flow problem, a dataset, or a research question?
We partner with researchers on joint studies and with engineering teams on design questions.