Optimize Fluid Flow • Reduce Pressure Loss • Improve Product Performance

1. Geometry & Computational Domain 3D CAD geometry preparation Fluid domain extraction Inlet, outlet and wall identification 2. Meshing Parameters Tetrahedral / Hexahedral / Polyhedral mesh Local mesh refinement Boundary layer inflation Mesh independence study 3. Fluid Properties Fluid density (kg/m³) Dynamic viscosity (Pa·s) Operating temperature (°C) Compressible / incompressible flow 4. Boundary Conditions Velocity inlet / Mass flow inlet Pressure outlet / Pressure inlet No-slip wall conditions Wall roughness, where applicable 5. Solver Settings Steady-state / Transient analysis Laminar / Turbulent flow k-ε / k-ω SST turbulence models Pressure–velocity coupling Residual convergence criteria 6. Results & Post-Processing Static pressure contours Velocity contours and streamlines Pressure drop (ΔP) Flow distribution Recirculation and turbulence zones Wall shear stress 🎯 Engineering Applications ✔ Pipes, valves and manifolds ✔ Pumps and flow passages ✔ Cooling systems and ducts ✔ Industrial equipment ✔ Fluid handling components