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Meeting challenges in the ‘lower-for-longer’ oil and gas environment
Join this complimentary On-Demand webinar to learn how engineering simulation is being used to meet the challenges faced in the lower-for-longer environment. Engineering system and product developers must find ways to reduce costs, including design simplification and standardization , as well as improve efficiency across design and construction. These aims must be sought while targeting process efficiency improvements, increased through-life reliability and maintaining the highest level of process safety. This On-Demand webinar introduces you to the application of predictive engineering...
We’re conditioned to make comparisons and we do this constantly. Were you able to find any differences between the two images? Or were you perhaps a little frustrated? We have pretty strong reactions when we expect to see differences but can’t find them right away. How about instant replays in (American) football? A receiver makes a catch near the sidelines – quick, was he in or out of bounds? From the first camera angle we’re presented with, there’s no way to tell. We wait impatiently for the updated camera angle replay where “we” can actually make a decision. Now consider that you have two...
Perhaps you have heard it said, such as in the article titled “The Newly Proposed Pump Regulation by the Department of Energy” by Empowering Pumps. “It has been estimated that 20% of the total energy consumed worldwide is used to run a pump of one sort or another. In addition, of those pumps, two-thirds use 60% more energy than is required.” So it is no surprise that new standards for pump efficiency have either already been implemented or are being considered by the U.S. Department of Energy (DOE) and the European Union (EU). And given our global focus on energy conservation, it’s reasonable to think that this same type of governmental regulation will be implemented around the world before long. So, for pump companies, the opportunity and the need are both clear: design more efficient pumps!
Advanced thermal management of Li-ion batteries for electrified vehicles
As car electrification accelerates due to stricter governmental regulations, cost reduction (cost per KWh) and intensification in customer interest, car manufacturers are facing the biggest industry mutation in years. This webinar will take a look at different levels of simulation being undertaken (1D and 3D systems) today to guide virtual product design in Li-ion batteries and cooling system management for battery packs. Specialists will highlight the state-of-the-art technology and barriers preventing progress in development. Presentations and demonstrations will specifically focus on...
ニューヨーク、ロンドン 2017年2月22日 ソフトウェアの写実的な可視化がシミュレーション結果の理解を強化 適応型グリッドが燃焼モデルのシミュレーションを加速 クリーンな電力生成のための新しい固体酸化燃料電池モデルを導入 シーメンスのSTAR-CCM+®ソフトウェアの最新リリースには、製品開発部門がデジタルシミュレーションの能力を強化、加速することを支援し、デジタルツイン - 製品の物理的および性能的特性の正確な仮想モデル - を使用して製品が現実世界でどのように作動するかを理解するための新しい機能が組み込まれています。強化された視覚リアリズムを含む新しい分析ツールにより、STAR-CCM+ v12.02は、エンジニアが複雑なエンジニアリングシミュレーションの背後にあるより深い意味を理解することを支援します。適応型グリッドのような機能や固体酸化燃料電池(SOFC)内の反応の解析能力により、ユーザは設計効率を向上させ、コスト削減やさらなる品質改善、革新的設計を生み出す予測型エンジニアリングの最先端に達することができます。シーメンスの製品ライフサイクル管理(PLM)ソフトウェアビジネスにより開発されたSTAR-CCM+は、ロバストなシミュレーションソフトウェアとテストソリューションのパッケージであり、当社のSimcenter™ポートフォリオの不可欠な要素です。...

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