CAEスケッチングツール, ConceptWorksリリース

October 11, 2021

CAEスケッチングツール:ConceptWorksリリース

MeshWorksに搭載されている全ての新機能は、"よりスマートなソリューションをつくりたい”という社員の熱意と努力が反映されています。ConceptWorksの開発にあたり、どのレベルのエンジニアであっても3, 4時間の操作トレーニングを受けるだけで簡単に扱えるツール設計にすることに注力しました。
自動化されたモデル作成機能を有するConceptWorksでは、CAEエンジニアが設計や最適化検討に対し、概念部品を効率的に作成することでモデル作成を再定義することができます。これにより、CAEエンジニアは最小限の工数で従来より素早く新しいモデルを作成することができ、設計と解析間のギャップを埋めることができます。ConceptWorksを活用することで、概念モデル作成段階でCAEモデルに直接変更を加えることができるため、新しい設計とその最適化検討のために素早く概念部品を追加することができ、大胆な設計検討でも瞬時に行うことができます。

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Projects Mirror  Magazine – Print 

Virtual Validation and its role in product development

September 1, 2021

Virtual Validation and its role in product development

2021July

Virtual validation is an important part of the product development process in a multitude of sectors, including automotive, aircraft, defence, biomedical, heavy engineering, consumer products, energy, and electronics. Virtual validation, which began as a design verification activity, has progressed over time and is now at the forefront of product design, where it plays a critical role in guaranteeing safety and precision at the early stages of the product development cycle. As a result, CAE software such as DEP MeshWorks is employed, which is excellent at managing high-quality models at all phases of the product development process and provides an integrated CAE platform that enables users to utilize virtual validation while optimizing workflows. There is now less reliance on physical prototypes due to maturity and confidence in the virtual validation process.

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Manufacturing Today India Magazine (Print)

The Future of Aerodynamics Design:Virtual Validation

August 18, 2021

The Future of Aerodynamics Design: Virtual Validation

August 2021

As the trend toward fifth-generation technology accelerates, aerodynamics and virtual validation are becoming increasingly crucial for combat aircraft. Virtual validation for aerodynamics would give rich insights to designers in areas like as stealth features, surfaces for lowering Frontal Radar Cross Section (RCS) requirements, and the design of complicated air intakes for the fifth generation. As we piece together the future, we anticipate a convergence toward zero-emission flights and other propulsion alternatives, including hybridization. On the commercial aircraft side, virtual validation in aerodynamics is becoming increasingly important as engineers strive to design more efficient wings with wingtips, smoother nacelle front ends, and airframe noise reducers as structural alternatives. On the defense application front, we can readily judge the utility of virtual validation because the drive is more towards multi-role, Fifth Generation, and studies that go beyond diverse propulsion choices, not excluding scramjets.

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デジタルツインによるDX革命

August 10, 2021

デジタルツイン技術によるDX革命

2021年7月

製品開発におけるシミュレーションは、もはや設計段階のみでの活用ではなく、開発、試作品さらに製造までにおよびます。そして今、デジタルツインによりシミュレーションは製品ライフサイクル全体に活用されています。デジタルツインは、モデル要素、システム要素、またはシステムそのものにもなります。またデジタルツインは双方向のコミュニケーション手段であり、データは実際の物と数値上の世界を自由に行き来することができます。デジタルツインの一般的な用途は、運用の最適化です。例えば、一定の振動、負荷による変位またはボルトがこれら荷重に対応できるか?プラットフォームに破損は起きないか?などを大量のデータから分析します。これにより、システムの運用はリアルタイムで管理、調整することができ、さらにリスクの軽減、コスト削減、またはその他利点を得ることに繋がります。

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CEO Insights Magazine (Print)

DEPは新たな戦略的パートナーとしてKOMESとの提携を発表

August 3, 2021

DEP MeshWorks is happy to announce new strategic partnership with KOMES

August, 2021

We are pleased to announce that we have joined forces with KOMES SP.ZO.O as a step towards global growth. We are widening our network with KOMES SP.ZO.O as our Poland Regional Representation team and aiming to strategically accelerate product development process based on sustainable innovation in the Poland geography. This collaboration is to focus on strong product development process. We are positioning DEP & KOMES joint support for developing accelerated process in advanced engineering design, high-level engineering simulation, and product development. We intend to examine the portals of the Polish market together and build stronger business networks that will help both the companies.

The simulation market is changing in a number of ways. It mainly includes incorporating new capabilities, leveraging machine learning & artificial intelligence, lowering adoption barriers and making it easier to use, and expanding its value to larger audiences through collaboration and data accessibility. As a direct outcome of this collaboration, both Detroit Engineered Products (DEP) and KOMES SP.ZO.O will be able to reach out to more customers, in need of smarter software solutions.

DEPのフルビークルパラメータ化技術により、SUVの重量を低減し、燃費を向上

April 5, 2021

DEPの旧ビークルパラメータ化技術により、SUVの重量を低減し、燃費を向上

April, 2021

競争市場と市場投入までの期間短縮により、自動車メーカーでは開発期間を短縮し、従来のプラットフォームをさらに効率化する方法を模索しています。当社の特許済みソフトウェア"MeshWorks"を活用した業界をリードするプロセスは、グローバルでご活用いただいえる複合領域最適化アプローチを取り入れています。当社では、トランスフォーメーションアプローチに取り組んでおり、従来のCAEモデル作成手法から設計初期でのコンセプトモデル段階まで、幅広く対応します。MeshWorksのモーフィング技術と手法は車両開発の初期において60%もの工数削減を実現します。

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Trinity Mirror (Print)

News Today (Print)

DEPが提供するデジタルツイン、インダストリー5.0の製品開発で重要な役割を果たす

February 8, 2021

DEP’s offerings in Digital Twin plays a key role in product development in Industry 5.0

February, 2021

Industry 4.0 brought in tremendous changes to the product development process. Industry 4.0 provided the framework for designing products that were connected, at times 3D printed. The framework for computing moved from HPC to Cluster almost unlocking the potential in terms of simulations. Detroit Engineered Products’ (DEP) Digital Twin offering was a significant aspect of Industry 4.0. The transformation was relevant to several industrial verticals, catering to product conceptualization, product design, product validation, and manufacturing. This brought about a change for businesses and simultaneously, set to bring about Digital Structure and Culture.

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Trinity Mirror (Print)

News Today (Print)