Service
Computational Fluid Dynamics (CFD)
Visualise the invisible. Understand flow, pressure, and heat transfer before modifying or building the system.
Flow problems are hard to see and expensive to fix after installation. CFD shows velocity, pressure, and temperature throughout a system, so the right change is made the first time.
What we do
- Analyse fluid velocity, pressure, and flow distribution
- Evaluate pressure drop through pipes, ducts, bends, reducers, and fittings
- Study flow separation, recirculation, and turbulence
- Assess heat transfer between fluids and surrounding surfaces
- Investigate temperature changes along pipes and through equipment
- Evaluate airflow and gas flow in industrial systems
- Support assessment of blowers, ducts, manifolds, and process equipment
- Compare alternative designs and their effect on flow performance
Engineering problems we help solve
- Excessive pressure loss through a pipe or duct system
- Uneven flow distribution between branches
- High-velocity regions and local flow restrictions
- Temperature changes along long pipe runs
- Recirculation or flow separation near bends and fittings
- Poor cooling or inadequate heat transfer
Our approach
- 01Define the flow problemFluids, operating conditions, and the question to answer.
- 02Model & meshPrepare the flow domain and boundary conditions.
- 03Solve & convergeRun the simulation and check convergence.
- 04Interpret & compareVisualise results and compare design options.
What you receive
- Velocity contour and streamline plots
- Static and total pressure distribution
- Pressure-drop calculations
- Temperature distribution and heat-transfer results
- Flow-distribution assessment
- Recommendations for geometry and operating conditions
- CFD report with model, boundary conditions, assumptions, and convergence checks
Tools & technology
ANSYS FluentANSYS CFXSolidWorks Flow Simulation
Who it's for
Oil & Gas
Energy & Process
Industrial Equipment
Automotive
Frequently asked questions
Can CFD explain why measured flow differs from the design?
Yes. Comparing simulation with site measurements is a common way to find restrictions, recirculation, or uneven distribution.
Do you analyse heat transfer as well as flow?
Yes. Temperature change along pipes, cooling performance, and heat transfer to surrounding surfaces are all part of CFD studies.
Ready to start?