Updated for 2026! Part 3 of 5 in our Comparing CFD Series. We review COMSOL 6.4, CONVERGE 5, and Cadence Fidelity. Explore how new GPU acceleration and AI-assisted workflows are redefining the "Semi-Comprehensive" tier.

A curated directory of 40+ CFD consulting companies worldwide, organized by region. Includes selection criteria for evaluating computational fluid dynamics service providers.

A practical guide to getting started with CFD simulation: how to choose software, build an efficient workflow, ensure result quality, and estimate the learning curve.

Computational Fluid Dynamics (CFD) is being increasingly used in design of server rooms and data centers in order to improve reliability and increase energy efficiency. Engineers are gravitating to CFD because it allows for evaluating and improving air flow management strategies without having to build or install a prototype.

I don't know about The 12 Tanks Puzzle being a "genius test", but you can test your fluid dynamics intuition against our CFD simulations.

Discover what’s new in Simcenter STAR-CCM+ 2602. From AI-powered chat to 630 CPU core equivalence on GPUs, explore over 550 updates in this major CFD release.

This is Part 2 of 5 in our CFD Software Comparison Series. Is Open-Source CFD truly free? Explore our 2026 guide to OpenFOAM and SU2. Compare physics, meshing, and the total cost of ownership for CFD engineers.

A Guide to Estimating the Organizational Costs of Computational Fluid Dynamics (CFD) Simulations

With over 200 CFD related software packages out there, trying to identify which is the right tool for your job can be overwhelming. That is why we've written this review based on first hand experience with many of the codes discussed here.

Discover the top 10 CFD applications driving innovation in 2025. From aerospace and automotive to battery tech and data centers, see how Computational Fluid Dynamics is shaping the future of engineering.

You’ve spent weeks planning for the holidays: budgeting, tackling that gift list early, arranging travel, and prepping the home. But few people realize the single invisible threat that could derail the entire process: a data center outage. These facilities are the unseen engines of our digital lives, and during the festive season, they are strained by a massive spike in online shopping, streaming, and video calls. When cooling systems fail—often due to human error, as seen in the recent Chicago-area data center incident—the outage doesn't just halt global futures trading; it can interrupt your carefully planned e-commerce orders, waste your limited time, and even disrupt your family's scheduled holiday video calls. We explain how this vulnerability is tied to the growing challenge of cooling high-density servers and why using CFD simulation is the best way to safeguard your holiday season.

The Simcenter STAR-CCM+ 2510 release delivers massive performance gains, including up to 10x faster structural mechanics, 4.8x faster GPU-native simulations, and a 10x faster automated turbomachinery workflow. This update also introduces powerful new SPH capabilities, advanced battery modeling, and major speed-ups in meshing and geometry handling.

The latest version of Simcenter STAR-CCM+, version 2506, has been released, bringing a host of powerful new features and enhancements. This update is built around the core themes of helping you model complexity, explore possibilities, go faster, and stay integrated.

From GPU-accelerated performance and photorealistic rendering to expanded physics capabilities and improved meshing, here are the key updates you need to know about.

Ever feel like running CFD simulations is just a matter of clicking the right buttons in the right order? Is the best CFD engineer simply a meticulous 'box-checker'? The perception that CFD is a rigid, purely technical, and procedural task where creativity has little role. While a systematic approach is vital, true mastery and impactful results in CFD come from a blend of technical proficiency AND significant creativity, intuition, and a willingness to take calculated risks. Being just a box-checker limits your ability to solve truly novel or complex problems.

What are the physics behind throwing a football? The central discovery is that even the greatest quarterback of all time, Tom Brady, cannot throw a perfect spiral; his long passes exhibit a slight wobble and curve to the right. However, these are not flaws but are fundamental to the physics of an accurate throw.

Is CFD really that hard to learn? Uncover the truth behind the steep learning curve. We explore the key challenges—from complex physics to demanding software—and provide a roadmap for how any engineer can master Computational Fluid Dynamics.

This is Part 1 of 5 in our CFD Software Comparison Series. Never-minding that CAD integration is not the utopia that software marketeers make it out to be, these tools have been adopted by thousands of users and are popular with companies developing fluid-related products on modest budgets.

Discover the latest industry-specific enhancements in Simcenter STAR-CCM+ 2502. From EV battery cooling and aerodynamics in automotive to high-speed flight, multiphase flow, and marine hydrodynamics, explore how CFD advancements drive innovation across key engineering sectors

What if a homemade air-filter could have a huge impact on your child’s school? We set out to discover if these easy to make Comparetto Cubes can actually decrease virus transmission rates.

Deaerators present an obvious challenge to CFD technology due to the complex interactions between steam, water and surrounding air.