The two themes for this month's newsletter are Computational Fluid Dynamics (CFD) and aerodynamics. First check out our revamped CFD description now with a what, why, and how treatment. Next see how aerodynamics can help you go dangerously fast downhill. Then finally, discover the aero effects of fenders (mud guards) on your bicycle wheels.
CFD Simulation of Airflow Around a Bicycle Wheel and FenderStreamlines at 25 degree yaw angle
This month's newsletter deals with unusual aerodynamic applications. Downforce for motorcycles and drag reduction using plasma control on big rigs are two examples of what at first glance sounds unusual, but make perfect sense once you delve into the motivation behind them, so read on.
Improve the Pressure Recovery Behind a Trailer using PlasmaGeometry courtesy of Nectar Design
Throughout 2016 we brought you a varied selection of Computational Fluid Dynamics (CFD) simulations, lessons in CFD, and general fluid dynamics topics. If you missed any of these gems then now is the time to get up to date and clear the decks for another round of tasty treats in 2017.
Conjugate Heat Transfer for a Heat ExchangerIso-surfaces of water temperature
Holiday season is with us once again. Just in case you were wondering what to get the CFDer who has everything, then check out our Computational Fluid Dynamics (CFD) themed gifts. I hope this holiday season sees you with some spare time. If so consider reading up on how intuition and fluid dynamics are often difficult partners. Also, find out why there are so many different turbulence models and which ones might be worth considering for your application. Whatever you choose to do, we wish you all the best for the holidays and the New Year.
Make way for a general fluid news roundup this month with Formula 1, hydraulic capsule pipelines, and fish farming sea cages. This is probably the first time those three topics have appeared together, so savor the moment as it is unlikely to occur again.
F-Duct Racecar: McLaren 2010 MP4-25License: CC BY 2.0, Andrew Griffith
More amazing Computational Fluid Dynamics (CFD) for you this month with a step beyond 2D to 3D maze solving. Also brush up on using symmetry to save yourself time and your computer memory for your next CFD study.
Let us start this month's news with something amazing, did you know that Computational Fluid Dynamics (CFD) can solve mazes? Read all about it in the Amazing CFD article. Also for your reading pleasure we have advice on how to squeeze that final 20% performance out of your design and why you should never settle for facets as the basis for your geometry.
I'll save you some time and say right here, upfront, that there is no link between good Computational Fluid Dynamics (CFD) gone bad and aerodynamics at the Tour de France (TdF). Except they are featured articles for your reading pleasure in this month's newsletter.
Have you ever stopped to think how Computational Fluid Dynamics (CFD) makes CFD possible? Or have you wondered how easy it is to assess wacky designs with CFD? If you answer in the affirmative to either of these questions then this newsletter will be a direct hit.
This month we have a couple of diverse Computational Fluid Dynamics (CFD) topics for your reading list. Did you know that CFD skills are a hot ticket for many startups? Read more about how CFD is a modern day pick and shovel skill. Also, are you looking for tips on CFD simulation creation? Find out how model preparation for 3D printing can aid your CFD.
Airflow CFD Simulation Around the Smithsonian Air and Space MuseumWatertight non-manifold SketchUp model for 3D printing