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CD-adapco™ and Ben Ainslie Racing enter partnership. New York and London. September 18, 2014 CD-adapco, the largest privately held CFD focused provider of Computer Aided Engineering software, today announced its new partnership with Ben Ainslie Racing. The America’s Cup team will be utilizing the CD-adapco simulation tool, STAR-CCM+® in the design of its racing boat. Ben Ainslie Racing team just announced its participation in the 35th America’s Cup taking place in 2017. The focus of the 35th edition of the America’s Cup is sustainability, the set of restrictive rules means this is likely to...
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. By participating in this webinar, you will...
For predicting indoor thermal environments, Computational Fluid Dynamic (CFD) analysis is a candidate approach. The CFD analysis of steady phenomena is verified to serve as an effective prediction method through comparison analyses between actual measurements and analysis results. Environment prediction in transient phenomena is considered necessary to realize more detailed thermal environment design. Transient CFD analysis requires coupled analysis of wall heat conduction, long-wavelength radiation, and convection, considering wall heat capacity. It is possible even with the present...
This talk will focus on the five steps necessary to drive more product innovation through CAE. These steps include: Parametric creation of CAx models Process automation Implementing scalable computation Driving efficient design exploration Evaluating optimal design sensitivity and robustness These steps will be illustrated through the use of the Optimate and HEEDS product lines.
The most common simulation for electronics products involves predicting the system temperature under the chosen cooling methodology. This presentation will overview the primary best practices for thermal simulation of electronics models. Specific techniques in STAR-CCM+ will be addressed covering the entire CAD-to-results process including geometry preparation, meshing, physics setup, conditions, and solution settings on models with hundreds of components. Both forced and natural cooling simulations involving conduction, convection, and radiation will be examined in the detailed tips and...
Many real engineering applications which have not traditionally benefited from simulation in the past involve complex relative, interlocking motions that cannot be modeled by the simple rotational or translational models that are common in simulation software. This presents a headache to remeshing and morphing techniques. Overset mesh represents a paradigm shift in motion modeling that allows motion, however complex, to be easily simulated, be that a full production line, the motion of the arm of an excavator removing rock and soil, the spray painting of a car, or a lifeboat launch together...
“CD-adapco内燃机专题研讨会”是CD-adapco China面向内燃机用户主办的专题研讨会,将于2014年9月18日在上海举行,大会邀请了CD-adapco纽约办公室的内燃机模拟专用工具es-ice产品经理Gerald Schmidt先生与伦敦办公室的内燃机模拟专家Gang Li博士,与国内嘉宾共同探讨内燃机模拟技术的现状与趋势,诚邀您注册参会。
This event will feature a wide range of advanced topics related to aftertreatment devices presented by our technical leads and one of our product managers. Experts from different fields will be present to showcase demonstrations on various applications and answer your questions.
Student Voices - Joel Chen
Listen to Joel Chen, Imperial College London, discuss STAR-CCM+ as an Airfoil Icing Analysis Tool.
VOF法・混相分離型流れウェビナー 【後半】混相分離型流れ セッション
※VOF法・混相分離型流れウェビナーは、前半のVOF法セッションと後半の混相分離型流れセッションで構成されています。 別ページにございます VOF法セッション をご視聴頂いた後、混相分離型流れセッションをご視聴ください。 混相流現象の把握、解明、そしてCFDによる的確なモデリングは、分野を問わず各産業界で重要な課題です。 STAR-CCM+は様々な混相流形態(気体・液体・固体-気体・液体・固体)に対し、オイラー的アプローチで、課題の解決に取り組むことができます。 本ウェビナーでは、オイラー的アプローチ手法の1つである混相分離型流れモデル(Euler-Euler)について、手法の概要、特徴、適用事例及びSTAR-CCM+での操作方法を紹介します。 例題では、気泡流れ現象に対して混相分離型流れモデルを適用します。さらに、同じオイラー的アプローチ手法であるVolume of Fluid(VOF)法も同じ気泡流れ現象に適用し、それらの比較を通じて、混相分離型流れモデルの有効性・適用性について検討します。

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