Expert fluid dynamics simulations using ANSYS Fluent to solve your most challenging engineering problems.
Simulate fluid flow through pipes, ducts, valves, and manifolds. Optimize pressure drop, velocity distribution, and flow uniformity for maximum system efficiency.
Predict drag, lift, and surface pressures on vehicles, structures, and components. Optimize aerodynamic performance and reduce wind loads.
Conduction, convection, and radiation analysis for thermal management. Predict temperature distributions and optimize cooling strategies.
Airflow distribution, thermal comfort, and ventilation effectiveness analysis for buildings, data centers, and clean rooms.
Quantify pressure losses through complex geometries, filters, heat exchangers, and piping systems to optimize energy consumption.
Thermal management of PCBs, enclosures, and heat sinks. Ensure reliable operating temperatures for sensitive electronic components.
Gas-liquid, particle-laden, and free-surface flow simulations. Model mixing, separation, and phase interaction phenomena.
Advanced RANS, LES, and hybrid turbulence models for accurate prediction of complex turbulent flow behavior and mixing.
Delivering CFD expertise across diverse engineering sectors worldwide.
A structured, transparent approach to deliver accurate and reliable CFD results.
Define objectives, boundary conditions, and deliverables for your CFD analysis.
Clean, simplify, and prepare CAD geometry for optimal CFD simulation setup.
Create high-quality computational mesh with boundary layer refinement and quality checks.
Configure turbulence models, boundary conditions, material properties, and solver settings.
Run the simulation with convergence monitoring and solution quality assessment.
Verify results against benchmarks, refine design, and iterate for optimal performance.
Comprehensive documentation with visualizations, conclusions, and recommendations.
Real-world CFD projects showcasing fluid flow analysis, thermal optimization, and measurable engineering results.
Thermal CFD
Conjugate heat transfer analysis of a shell-and-tube heat exchanger. Optimized baffle spacing and flow distribution to improve thermal efficiency.
HVAC CFD
Airflow and temperature distribution analysis in a data center. Identified hot spots and optimized floor tile placement and CRAC unit positioning.
Internal Flow
CFD analysis of a complex piping system with valves and bends. Redesigned critical sections to minimize pressure losses and improve flow uniformity.
Electronics Cooling
Thermal simulation of a densely packed PCB with multiple heat sources. Optimized heat sink geometry and fan placement for reliable thermal performance.
External Aero
External aerodynamic analysis of a vehicle body. Wake structure analysis and surface pressure mapping led to rear-end geometry modifications reducing drag.
Need a similar analysis for your project?
Dedicated expertise, transparent communication, and engineering insight you can rely on.
Rigorous mesh refinement, convergence studies, and validation against benchmarks ensure reliable results.
Efficient workflows and parallel computing deliver high-quality CFD results within your project timeline.
Comprehensive reports with contour plots, streamlines, data tables, and actionable engineering recommendations.
NDA-ready processes. Your designs, data, and intellectual property are always protected.
Every simulation is geared toward improving your design — not just generating data, but delivering insight.
10+ years of hands-on ANSYS Fluent experience across complex multi-physics and industrial-scale simulations.
What engineering clients say about our CFD consulting services.
"Walid delivered exceptional CFD work on our cooling system project. His ANSYS Fluent expertise identified critical hotspots we had missed. The detailed report with actionable recommendations allowed us to reduce our thermal issues by 30%. Highly professional and committed to quality."
"Working with Walid on our data center airflow analysis was an outstanding experience. He demonstrated deep CFD knowledge and delivered results that directly improved our cooling efficiency. His proactive approach and clear communication made the entire process smooth."
"Walid completed our piping system CFD analysis ahead of schedule. His pressure drop calculations were validated against our test data with excellent agreement. The optimization suggestions saved us significant energy costs. Highly recommended."
"Walid's CFD expertise in external aerodynamics was instrumental in optimizing our vehicle design. His deep understanding of turbulence modeling and surface pressure analysis helped us achieve a 12% drag reduction. A true expert in ANSYS Fluent simulations."
Get expert CFD simulation insights, a clear project approach, and an estimated timeline within 24 hours. Reduce prototyping costs, validate your designs, and bring better products to market faster.
Limited availability — currently accepting new CFD projects.
