Computational Fluid Dynamics

High-performance engineering simulations and technical consulting delivering measurable business impact, reduced risk and accelerated innovation.

Engineering Excellence That Drives Results

At SIM-engineer, we offer advanced engineering consulting services with a strong focus on Computational Fluid Dynamics (CFD) to support design optimization, performance improvement, and problem-solving across multiple industries.

Why SIM-engineer?

Risk Reduction

Validated numerical models supporting confident engineering decisions and regulatory compliance.

Cost Optimisation

Minimised prototyping and improved design efficiency through advanced simulation workflows.

Accelerated Development

Faster time-to-market enabled by integrated multiphysics and digital engineering tools.

Our CFD service:

  • Flow Simulation and Analysis Steady and unsteady flow modeling in internal and external environments.
  • Thermal Management Heat transfer simulations including conduction, convection, and radiation for electronics, HVAC, and industrial applications.
  • Multiphase Flow Modeling Simulation of gas-liquid, solid-liquid, and other multiphase systems (e.g., mixing, bubbling, particle transport).
  • Turbulence Modeling RANS, LES, and DES approaches tailored to your application for accurate representation of turbulent flow.
  • Aerodynamics and Hydrodynamics Drag, lift, and flow field analysis for vehicles, machinery, and structures exposed to air or water flows.
  • Combustion and Reactive Flows Modeling of chemical reactions, combustion efficiency, and pollutant formation.
  • Optimization and Design Improvement Parametric studies and design optimization using CFD-driven insights.
  • HVAC and Indoor Air Quality (IAQ) Ventilation efficiency, contaminant dispersion, and thermal comfort analysis for buildings and cleanrooms.
  • Wind Load and Environmental Simulations Analysis of wind effects on structures, urban wind comfort, and pollutant dispersion in outdoor environments.
  • Custom CFD Modeling and Automation Development of user-defined functions (UDFs), scripting, and automation for repetitive tasks or custom physics.
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