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この度のオンラインイベントでは、CFD シミュレーションの活用により窒素酸化物を浄化し尿素結晶堆積を削減し、SCR装置を設計最適化する方法についてご紹介します。 2015 年8月19日、横浜 エンジニアリング用CFDに重点を置いたCAEシミュレーションソフトウェアの世界最大級の独立系プロバイダーである米国CD-adapco(本社:米国ニューヨーク州メルビル)は、2015年8月25日に「SCRシステムにおける尿素結晶堆積形成に関する数値解析調査」と題した自動車業界向けウェビナーを開催いたしますのでご案内いたします。 尿素SCRシステムは、高い水準にあるディーゼルエンジンの窒素酸化物(NOx)排出規制条件を満たすために、産業内で広く用いられております。しかし、システムの寿命と性能を脅かす問題の一つとして、尿素結晶の堆積があげられます。堆積物により背圧が発生し、材料の劣化によりエンジンと排ガス性能の低下につながるのです。しかしながらCFDはSCRシステムの設計において重要なアドバンテージを提供することができ、素早い尿素水の混合とSCR装置における高いアンモニアの均一性を保ちながら、シミュレーションにより上記のような潜在的な問題を避けることが可能となります。 本ウェビナーでは、計算速度や装置全体の正確性の向上のための新しいモデリングのテクニックについてもご紹介します。本ウェビナーでは、...
Micro turbines represent a promising solution to the continuing global search for more reliable, affordable and safer access to cleaner energy. They meet this environmental challenge by producing enough distributed combined-heat-and-power (CHP) to satisfy residential-level demands for heating and electricity. In addition, they must produce emissions and noise at acceptably low levels. This webinar focuses on how CFD/CHT simulation was used to discover better designs faster, ultimately yielding a highly reliable and cost-efficient micro turbine capable of generating 3kW of power: Simulations...
CD-adapco announces call for papers and acceptance of presentation abstracts for STAR Global Conference 2016 New York and London. August 13, 2015 CD-adapco, the largest privately held CFD-focused provider of Computer Aided Engineering software, announced today that STAR Global Conference 2016 will be held in Prague, Czech Republic, and is now accepting presentation abstracts for the event. “Discover Better Designs. Faster,” will be the focus of this exclusive three-day event scheduled for March 7-9, 2016, that serves as the official launch release of STAR-CCM+ v11, the latest version of CD-...
Aprimorando a Segurança e Condições Ótimas de Refino com o uso de Simulações Numéricas
Com as atuais condições desafiadoras encontradas no mercado de óleo e gás, o foco na redução de custos e em melhoria de desempenhos tem sido maior do que nunca. Este webinar educacional vai demonstrar como simulações termofluidodinâmicas (CFD) vêm sendo utilizadas na área de abastecimento e refino, para auxiliar esta indústria a entregar produtos de alta qualidade enquanto mantém baixo custo, e ainda garantindo que a segurança na operação não seja comprometida. O webinar apresentará uma discussão sobre como a simulação CFD tem sido usada ao longo da história, principalmente como uma...
我们将邀请国内外行业专家齐聚一堂,于9月22日和9月24日分别在上海和北京举办“多学科优化设计”专题研讨会,会上将全面介绍MDX(Multidisciplinary Design eXploration)设计理念,CD-adapco公司的优化工具,剖析高效的核心优化算法SHERPA。并通过国内外汽车、船舶、航空、电子、能源等行业的实际案例详细介绍优化软件的使用方法及操作流程,展示如何借助优化软件来帮助我们快速找到最佳设计方案,将优化工具纳入到产品研发流程中,真正实现仿真驱动设计! CD-adapco China诚邀您莅临参会!
From the bending of a tree branch in the wind to the flexing of an aircraft wing as it crosses the Atlantic, fluids and solids interact in harmony everywhere in the real world. However, in the virtual world of engineering simulation, the picture has rarely been in concert. Structural analysis and fluid dynamics, although intrinsically linked, have long been quite separate disciplines with the interaction between deforming structures and flowing fluids only being considered at a most basic level. The picture is changing, however, as innovative simulation tools are providing a better...
In our last webinar, we looked at how simulation can be utilized in the design and scale-up of various reactors. In this webinar we continue to investigate the multiphase flow phenomenon within reactors in more detail. For example, in a trickle bed reactor the flow regime depends on many complex factors, if not accounted for this can lead to poor micro and macro distribution, resulting in catalyst activity loss and failure to meet product specifications. This online event will be looking at advanced modeling methods to uncover such phenomena. Many mixing vessels may develop deep vortices,...
本ワークショップは、単相流の伝熱解析(熱伝導、共役熱伝達、輻射)に従事するエンジニアや研究者の方を対象として います。 講義とハンズオントレーニングから構成され、伝導、対流、熱、太陽放射のモデリング理論と適用をご紹介します。
STAR-CCM+で使用可能な渦粘性モデルからLESに至るまでの、あらゆる規模の乱流モデルについて触れます。 各モデルの事例や ヒント、注意事項について紹介し、 ハンズオンでは、実験では得ることのできない結果処理 方法や 考察についてご紹介いたします。

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