Effystrom

Hogelandsingel 59D, Enschede, The Netherlands

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Computational Fluid Dynamics

We harness the power of Computational Fluid Dynamics (CFD) to simulate, analyze, and optimize fluid flow, heat transfer, and related physical processes across various engineering applications. Our CFD expertise helps industries reduce development costs, improve efficiency, and enhance product performance—all while accelerating innovation and sustainability.

Why Choose Effystrom for CFD?

  • Deep domain expertise and experience across multidisciplinary projects.
  • Use of advanced CFD platforms like ANSYS Fluent, OpenFOAM, and STAR-CCM+.
  • Data-driven insights that translate into practical, real-world improvements.
  • Focus on sustainability, performance optimization, and cost efficiency.

Our CFD services empower clients to visualize the invisible — turning complex flow phenomena into actionable insights that lead to smarter designs and sustainable outcomes.

Our Expertise

Effystrom’s CFD team combines advanced simulation tools with deep engineering knowledge to provide accurate, actionable insights that drive better design and decision-making. We offer specialized CFD solutions across multiple sectors:

Modeling combustion, heat exchange, wind flow, and turbine optimization for renewable and conventional energy applications.

Simulating airflow, ventilation, and thermal comfort for green and energy-efficient building design.

Aerodynamic analysis, drag reduction, and thermal management to improve vehicle performance and fuel efficiency.

Flow simulation in pipelines, water treatment plants, and pollutant dispersion studies for sustainable resource management.

Optimization of mixing, cooling, and material transport systems to improve safety, reliability, and throughput.

Our CFD Capabilities

  • Flow and Heat Transfer Simulation: Accurate modeling of laminar, turbulent, and multiphase flows with detailed temperature and pressure profiles.
  • Aero & Hydrodynamic Analysis: Prediction of drag, lift, and pressure fields for optimizing aerodynamic and hydrodynamic performance.
  • Combustion and Thermal Analysis: Simulation of combustion processes and heat exchangers to maximize thermal efficiency and minimize emissions.
  • CFD Optimization & Validation: Using design optimization, mesh refinement, and experimental validation to ensure simulation accuracy and performance enhancement.
  • Environmental Impact Assessment: Modeling pollutant dispersion, airflow around urban structures, and energy-efficient ventilation strategies for sustainable infrastructure planning.