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Let's catch you up on what's been going on here at Cadence Fidelity CFD.
You can find these at any time by going to the Events page on cadence.com and selecting CFD from the Technology menu.
Join us virtually at the NVIDIA GTC Developers Conference, where we will be presenting on two compelling topics, Machine-Learned Sensitivity High-Fidelity Simulation Databases and Optimizing Formula One with FidelityTM. Register now to secure your place and gain valuable insights from industry leaders and experts. READ MORE
Automated design optimization supports the design engineer in finding better designs faster. A computerized approach that systematically searches the design space replaces manually evaluating several design choices. The focus and energy of the engineer shift from setting up and running simulations to better understanding and analyzing design spaces. In this webinar, we introduce design optimization solutions in Fidelity focusing on data analysis. Register now.
Register for this webinar that shows you how to boost CFD productivity, consistency, and reliability across your organization with Python scripting for Fidelity. In this webinar, we will explain Python programming in Fidelity, and how to start writing your Python scripts in minutes. We will share examples of a broad range of scripts for various applications. Register now.
YOU MUST ATTEND THIS EVENT.
CadenceCONNECT CFD will be held on April 19 at the Santa Clara Convention Center. The event will feature presentations from your industry colleagues that will offer solutions for today’s fluids analysis challenges that impact the design and development of tomorrow’s products. Register today.
For the freshest posts, go directly to the Cadence CFD blog. For the legacy posts, visit Another Fine Mesh.
Ever since we started using Fidelity Automesh, we were able to divide our meshing time by five, allowing us to spend more time on post-processing and solving our real challenges," says an employee from the GKN Aerospace Engine Systems in Sweden. Read more.
The 2023 new year edition of Women in CFD features Kristen Karman-Shoemake, lead product engineer at Cadence. So far, we have had women with backgrounds in mechanical/aerospace engineering and physics conquer the field of computational fluid dynamics (CFD), but Kristen stands out among those as she drives the CFD world with her graduate and undergraduate studies in mathematics and computational engineering. Read our conversation below to learn more about Kristen, her career journey, and her key advice for young graduates and interns planning to make a career in CFD. Read more.
Toyota Motorsports is a high-performance testing and development facility in Cologne, Germany. One of their focus points is chassis and engine design for automotive and motorsports. Being specialized in high-technology developments for motorsport engines, the turbocharger components are already state-of-the-art. To further improve performance, Toyota must rely on something other than traditional trial-and-error procedures and prototypes because turnaround times for those are too long. Numerical optimization enables engineers to explore and evaluate many more design alternatives than what can be achieved manually. Read more.
In this study, the Glosten team runs Fidelity Fine Marine simulations using UberCloud containers, assesses the performance of the available hardware, and compares it to resources currently used by the end user. The benchmark case was analyzed on local hardware, virtual instances from Amazon Web Services (AWS), and the bare metal cloud solution offered by CPU 24/7 and UberCloud. Read more.
Every two years, competitors worldwide set out on a grueling race across the Australian outback: the Bridgestone World Solar Challenge. This challenge is inclined towards promoting research on solar cars as a step towards sustainable transportation. Read more.
With soaring pollution in cities worldwide, legislators are demanding car manufacturers put systems on the market that are as clean and efficient as possible, whatever the driving style or conditions, from traffic jams to high-load mountain trips and in hot or cold weather. While alternative solutions, such as electric and hydrogen-powered vehicles, are on the rise, thermal engines are still very important in today’s transport portfolio, and to reduce CO2 levels, fuel consumption in all of those real-world usage conditions must be significantly limited. Read more.
Hello, I’m Julio Mendez, a CFD Scientist currently working at Corrdesa and using CFD to study electrochemical applications. My journey in CFD started in 2007 when I was looking for a topic for my undergraduate thesis at La Universidad del Zulia in my hometown in Venezuela. Read more.
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Learn how to create, manage, mesh and solve multiple design variations from the same geometry in Fidelity CFD. Watch now.
Improve your CFD solution by removing the pole from your structured grid and replacing it with an o-h mesh topology in Fidelity Pointwise. Watch now.