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The enormous breadth of applications for which STAR-CCM+ is being used is in part a result of the deep range of options available for all steps of the simulation process - from CAD to meshing to conditions and physics to solving and post-processing. But the range of options comes with a price: Sometimes it can be difficult to know the particular settings most appropriate for a given application. This presentation will overview the recommended STAR-CCM+ settings for typical electronics cooling analyses. All steps of the simulation process will be systematically addressed, with explanations of...
CFD has been a common tool in thermal design of electronics for many years. The first electronics-focused CFD program came out nearly 30 years ago, and currently there are no less than 6 CFD-based programs that focus solely on electronics thermal applications. So it is fair - and right - to ask, what can STAR-CCM+ bring to this application area? Why would people use STAR-CCM+ over any of the other tools? This presentation will explore how the author predicts electronics thermal simulations will advance in the next 5 - 10 years. The context for the advancements rests with the historical and...
Engineering simulation impacts a wide range of external aerodynamic applications such as fuel economy, maneuverability and noise. With demanding schedules, shrinking resources and a competitive market, engineers need to obtain accurate results as quickly and efficiently as possible. This presentation will cover best-practice techniques to model a range of aerodynamic conditions for aerospace applications. You will learn which physics models, numerical schemes, turbulence models, meshing strategies, and optimization techniques are best-suited for this class of simulation problem. With this...

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