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에너지 분야에서 활용되는 워터펌프와 수력 터빈 시뮬레이션
에너지 관련 기업들은 보유한 장비들이 효율적이고 안정적이며 내구성이 있어야 된다는 사실을 인지하고 있습니다. 이 목표들을 달성하기 위해서 기계들의 성능을 더 높은 수준으로 끌어올리고자 엔지니어들은 끊임없이 엔지니어링 시뮬레이션 소프트웨어에 의존하고 있습니다. 본 웨비나에서는, Edward (Ed) Bennett 박사가 프란시스, 카플란, 펠트론 터빈과 같은 워터펌프 그리고 수력 터빈의 설계와 해석에 적용했던 실제 응용 사례를 접하게 될 것입니다.(*CD-adapco 한국지사 엔지니어가 대신해서 발표) Mechanical Solutions, Inc 의 유체 엔지니어링의 부사장인 Edward는 비압축성 유동을 포함한 터보머신의 강건한 설계와 성능을 향상시키기 위해 STAR-CCM+®.을 어떻게 사용했는지 보여주고, 자세한 내용을 공유할 것입니다. 본 웨비나에서는 다음과 같은 STAR-CCM+ 사용에 필요한 해석기술을 알려드립니다. 워터펌프와 수력 터빈 시스템을 구성하는 다양하고 복잡한 형상에 용이한 격자 생성 정상 상태 솔루션을 뛰어넘는 빠르고 높은 정확성의 비정상 솔루션 견고하고 오래 지속되는 내구성을 보장하기 위해 탈 설계점과 설계점에서 펌프와 터빈 성능을...
It’s been said that education and competition are two of the most important ingredients in life. There is no doubt that education (whether it be formal or informal) is a primary key to success, and the roots of education reside in competition. Throughout your educational career, you will continuously compete and I can guarantee - it won’t stop when you graduate! Whether you are in a contest to be the fastest runner on the playground, the National Spelling Champion or up against a number of other MBAs for a plum job at a Fortune 500 company, competition will always play a part in your life. To recognize and encourage the innovative use of our software, the CD-adapco Global Academic Program is announcing the first ever STAR-CCM+ SIMULATION APP CONTEST! Using the Simulation Assistant in STAR-CCM+, we challenge you to develop an App which captures best practices.
Accelerating Clinical Trials with Computational Modeling and Simulation
This webcast will show the latest advancements in Computational Modeling and Simulation (CM&S). Presenters highlight new tools that are available to help improve things like bench top tests and in vitro and in vivo tests. New methods to better handle scale up challenges and accelerate the clinical trial will also be discussed. Leading technologies like STL geometry preparation, overset mesh, mesh morphing and FSI will be demonstrated to help attendees understand how you can implement these approaches in your daily work. Guest Speaker: Michael Drues, President, Vascular Sciences Michael is...
Designing Better Centrifugal Water Pumps, Faster
We recognize that companies are interested in using simulation to design pumps that perform to specification not only at the Best Efficiency Point (BEP), but also under wide-ranging operating conditions. Such companies know that their customers will not always operate their pumps at the BEP, so the more robust they can make their designs, the better. These companies also know that simulation can be a cost-efficient way for them to help answer all the numerous ‘What If…?’ questions associated with exploring new and innovative design configurations. Viewers of this webcast should obtain an...
Sandia Flame Validation
Geometry is a piloted methane jet flame based on the Sandia/TUD Piloted CH4 Air Jet Flame validation case. In the animation, the temperature in the extreme left remains at 300 K for a certain distance along the centerline as it is the potential core of the developing jet. 1) Momentum driven jets are often seen in burners (used in CPI and oil and gas industry) as well as Flares (again predominantly being used in CPI and oil and gas industry) 2) The LES technique captures the complex mixing features which influences the flame stability, combustion efficiency, and pollutant formation. 3) Volume-...
流体構造連成解析機能(FSI)のご紹介ウェビナー
STAR-CCM+は流体解析とあわせて、固体の移動や変形を伴う構造解析を扱う事が可能です。 STAR-CCM+のみで行う方法や、外部の固体応力ソルバーと連成解析を行う方法があります。 本ウェビナーでは、流体構造連成解析機能の基本的な機能やワークフローの紹介、言葉の定義等、 流体構造連成解析を行う上で基本的な内容をアニメーションや事例等を用いてご紹介します。
Accurate and efficient simulation of rotating machinery is critical to many industries including energy, aerospace, automotive and healthcare. Each of these application areas presents unique challenges and simulation objectives. Turbomachinery specific capabilities within STAR-CCM+ allow users to model rotating systems with unparalleled accuracy and efficiency. These unique capabilities along with simulation recommendations and guidelines will be discussed using examples from a variety of industries. Examples will include the multi-objective optimization of a fan, unsteady analysis of a gas...
Accurate and efficient simulation of rotating machinery is critical to many industries including energy, aerospace, automotive and healthcare. Each of these application areas presents unique challenges and simulation objectives. Turbomachinery specific capabilities within STAR-CCM+ allow users to model rotating systems with unparalleled accuracy and efficiency. These unique capabilities along with simulation recommendations and guidelines will be discussed using examples from a variety of industries. Examples will include the multi-objective optimization of a fan, unsteady analysis of a gas...
2D simulation is a great way to test out designs and boundary conditions, personally I use it all the time when I am setting up a complex case for the first time or just playing with a new feature. Historically in STAR-CCM+ there wasn’t a pipelined way to build and run 2D meshes, but now with version 9.06 there are two new features that will put that problem to rest.
Being able to plot solution quality metrics while your simulation is running, that is, live-processing as opposed to post-processing, is one of the most distinctive functional aspects of STAR-CCM+. This lets you critically interrogate your results and make changes on-the-fly, thereby increasing your productivity. There are many very capable 3rd party plotting tools available. However working with them requires exporting and importing data, adding several steps to your workflow and making it difficult to automate. Still, there’s an argument to be made that plotted results need to be legible and, to a degree, customizable. With this release, we have targeted visual plot quality as an area for improvement.

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