CFD Analysis & Computational Fluid Dynamics
CFD analysis (Computational Fluid Dynamics) is an engineering method that solves flow, heat transfer and thermodynamics problems by simulating them on a computer. Since 1997 we have solved problems requiring fluid mechanics and heat transfer expertise — from automotive and defense to turbomachinery and tunnel fire safety.
What CFD analysis is
What Is CFD Analysis?
CFD analysis lets you predict the real physical behavior of a system on a computer by numerically solving the motion, pressure, velocity and temperature of fluids such as air, water or gas. This means you can test, improve and validate your design before it is ever built.
In every application requiring fluid mechanics, heat transfer and thermodynamics expertise — flow, cooling, aerodynamics, combustion, smoke spread — CFD analysis lets you catch potential problems early and avoid costly prototype cycles.
Our Difference: Solutions, Not Colorful Pictures
We treat CFD analysis as a diagnostic tool and know that our real job is to solve your problems. Not just colorful pictures — we provide the right diagnosis and the right treatment for your problems.
For designs that fail in testing, we don't just tell you 'what happened'; we report 'how to fix it' with specific geometric changes. By catching problems early we minimize physical prototyping and trial-and-error, delivering designs that hit target performance on the first production run.
What We Analyze
- 01Flow analysis and fluid mechanics
- 02Heat transfer and thermal analysis
- 03Aerodynamics and external flow analysis
- 04Electronics cooling
- 05HVAC, ventilation and smoke control
- 06Valve and flow control (Kv, cavitation, erosion)
- 07Turbomachinery (pump, fan, turbine) performance
- 08Fire and smoke spread (tunnel, metro, building)
In Which Industries?
We provide CFD analysis across a broad range of industries including automotive and transportation, defense and aerospace, energy and hydropower, industrial plants, electronics, home appliances, and buildings and HVAC.
Why Punto Engineering?
We have delivered hundreds of projects since 1997. With over 30 years of expert experience in fluid mechanics, heat transfer, thermodynamics, aerodynamics and hydrodynamics, we deliver more efficient, more reliable and more economical solutions.
Our team is led by our founder Dr. Ertuğrul Alp Başeşme: educated at METU and Lehigh, aerodynamic designer of Turkey's first domestic artillery rocket at Roketsan, and advisor to TÜBİTAK SAGE/SAVTAG.
Frequently Asked Questions
What is CFD analysis?
CFD analysis (computational fluid dynamics) is a method of predicting a system's real physical behavior before production by numerically solving fluid motion, heat transfer and pressure on a computer.
What is CFD analysis used for?
It lets you test your design without building a physical prototype, catch potential flow and heat problems early, increase efficiency, and reduce prototype and trial-and-error costs.
Which software do you use?
We use industry-standard CFD software, primarily Autodesk CFD, choosing the method best suited to the problem. We also provide Autodesk CFD training and technical support.
In which industries is CFD analysis used?
It is used across many industries including automotive, defense and aerospace, energy and hydropower, industrial plants, electronics cooling, home appliances, HVAC, and building/tunnel fire safety.
Is this the same as financial CFD?
No. The CFD here is Computational Fluid Dynamics, an engineering discipline; it has nothing to do with financial Contracts for Difference.
How does a project start?
Just share your problem and goals with us; we clarify the scope together and propose an analysis plan tailored to you.
Have a flow or heat problem?
Get in touch to discuss your CFD analysis needs — we respond within one business day.
Contact Us