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Presentations by CD-adapco staff include Richard Johns, Marc Zellat, Jinli Feng and Rajesh Rawat and will cover recent developments in combustion, chemistry, heat-transfer, meshing and optimization. This all-day session will also include a number of invited presentations from industry and university partners such as Jaguar Land Rover, Toyota Motorsports, ETH Zurich and the University of Modena.
Multiphase modeling is coming of age in 2015 in STAR-CCM+ with the addition of a number of smart hybrid multiphase models that open up a range of new and exciting applications. STAR-CCM+ now has no fewer than six multiphase models, each best suited for a particular range of applications and computational budgets, namely Eulerian Multiphase (EMP), Volume Of Fluid (VOF), Mixture Multiphase (MMP), Dispersed Multiphase (DMP), Lagrangian Multiphase (LMP), the Discrete Element Method (DEM), and the Fluid Film model. In many applications, however, no one model is suitable for all the flow regimes that occur simultaneously at different points in the computational domain, and ideally we would like to combine the benefits of multiple models in a single simulation. Now with models such as the VOF-Fluid Film multiphase interaction model, this is possible.
本ウェビナーで は、2015年2月25日に世界同時リリース予定のSTAR-CCM+ v10.02 の新機能情報について、下記の機能を中心にご紹介いたします。本バージョンv10.02では、複合領域設計最適化(MDX; Multidisciplinary Design eXploration)を強化し、設計の決定プロセスのスピードアップを実現します。
Often electric motors are designed for operation at a single load point without detailed consideration of the performance over the application-specific drive-cycle. Within this webinar, we will demonstrate how to optimize electromagnetic performance over a drive-cycle, by connecting the optimization engine, HEEDS ® , to the electric motor design tool SPEED ™. The optimized design is then used in a transient drive-cycle thermal analysis coupling both SPEED and STAR-CCM+®. Presenter: James Dorris
Cette session vous fournira un aperçu de la valeur ajoutée de l’intégration de l’exploration de design dans votre plan R&D ou métier. Plusieurs démonstrations exposeront en détail le processus complet, depuis le maillage automatisé pour les calculs 2D/3D, ou la mise en place des boucles de simulations pour les applications 1D, jusqu'à nos méthodes uniques d’exploration de design et d’optimisation permettant aux ingénieurs de converger vers de meilleures solutions. Nous aborderons aussi comment utiliser notre plateforme comme outil de chaînage et couplage de vos différents logiciels de...
We get a lot of questions about GPUs, and I think it’s fair to say there’s a lot of confusion and indeed misinformation on the general topic. So, to start things off, let’s clarify what we mean by GPU utilization. GPU is the abbreviation for Graphics Processing Unit. This aim of this enhancement is to enable you to draw (or render) images faster, using your local graphics resources, resulting a better interactive experience when working with STAR-CCM+.
CD-adapco China邀请您参加3月20日下午15点-16点面向中国客户的v10.02主要新功能及其应用范围的介绍网络研讨会。
"CD-adapco汽车行业专题研讨会”是CD-adapco China面向汽车生产、研发、设计等相关用户主办的专题研讨会,已先后在北京、上海等地成功举办。现将于2015年3月份在武汉、重庆、长春等地陆续举 行,大会将由CD-adapco China汽车行业专家与您共同探讨汽车各个技术领域模拟技术的现状与趋势,诚邀您选择合适您的地点及时间,注册参会!
Better Electronics System Design with Detailed Fan and Blower Simulations
This webcast explores in detail the typical method for testing fans and blowers, the inherent assumptions in the test procedures and several methods of simulating fans. Particular insights into the air flow produced by fans and blowers will be demonstrated along with potential extensions of the data such as aeroacoustic noise. The vast majority of electronic systems are cooled using fans or blowers to move air over heat exchange devices such as heat sinks. The fans and blowers are typically characterized by a performance (PQ) curve that shows the relationship between the flow that can be...
Counter-Current Flow in a Pressurized Water Reactor [Deendarlianto et al., NED, 39 (2012)]
STAR-CCM+ simulation of Counter-Current Flow in a Pressurized Water Reactor using Large Scale Interface Model

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