Resource Library

The Ansys Fluent solver can be so computationally demanding that complex simulations can take hours to complete. Ansys and Intel worked together to build a new smoother and optimize it for Intel® Xeon® Scalable processors to help reduce those long simulation times.

This whitepaper reviews the results of performance testing conducted with Ansys Fluent 2020 R1 when making use of the Intel MKL sparse LDU smoother, and it explains how the improved performance results were accomplished. The testing showed that the new smoother and Intel Advanced Vector Extensions 2 (Intel AVX2) enabled code path combined to produce a performance boost of 12 to 19%.

多くの産業機械、建築物では流体と構造が相互に作用する現象があります。流れによって発生する運動は意図した望ましいもの、その反対も存在します。本ウェビナーではそのような相互に関係する解析事例を紹介します。

レベル：

初級～中級（目安：流体解析もしくは構造解析いずれかを習得されている方）

こんな人に受講をおすすめ：

• 流体構造連成解析を始めたい方
• 連成解析によってどんなことがわかるかを知りたい方

This webinar is an introduction to Ansys Chemkin Enterprise. It covers the basics of Chemkin-Pro, such as how it is typically used in conjunction with CFD and how to get started using it. We briefly discuss the Model Fuel Library, Reaction Workbench and Energico, which are all included with Chemkin Enterprise. In addition, we provide a demonstration of a few example applications, such as building an ignition-delay table, preparing a fuel model for use in CFD, and performing mechanism reduction and optimization. The webinar concludes with highlights of recent advances and new capabilities coming soon in the next release.

Ansys Maxwell is a low-frequency electromagnetic field simulation solution which uses the highly accurate finite element method. Maxwell includes a wide range of solution types and a complete design flow for your electromagnetic and electromechanical devices.  

Join us for this webinar which highlights Maxwell’s key capabilities, such as automatic adaptive meshing, high-performance computing, multidomain system modeling, power electronics circuits and advanced material modeling. Additionally, we will demonstrate how you can use these capabilities to design and optimize applications including electric machines, transformers, actuators, wireless power transfer and permanent magnets.

• Learn how to accurately characterize the nonlinear, transient motion of electromechanical components and their effects on the drive circuit and control system design.
• Discover how to seamlessly link Maxwell solvers to integrated circuit and systems simulation technologies, enabling you to understand electromechanical systems performance prior to building a physical prototype.
• Understand how to use Maxwell to capture a critical competitive advantage with increased speed to market, reduced cost and enhanced system performance.

2020R2では、光学製品のインストーラ、ポータルサイトなど多くのコンテンツがAnsys統合となりました。 Ansys SPEOSではカメラシミュレーションの機能改善に加え、全体のシステム応答性が向上されるなどの更新が行われます。 Ansys VRXPRIENCEについては、NCAPテストに対応するテストモジュールの提供や空のモデルの改善が行われます。また、EV車のためのサウンドテスト機能が追加されます。

Ansys SPEOS

• カメラシミュレーションにおいて、イメージセンサ位置での照度マップが出力可能に
• Live Preview機能で可変発散光源の使用が可能に
• 新しいAnsys SPEOSツリーとシステムレスポンスの向上
• SPEOS for NXのUIとメモリ管理の改善
• LabsにおけるAPIが多数追加
• ANSYS統合インストーラ
• ANSYS Portalへ順次移行

Ansys VRXPERIENCE

• LiDAR type HDL-64対応
• Skyモデルの改善
• Carmaker Co-simulationが可能に
• NCAP test module提供開始
• ASV for EVのリリース

2020 R2ではライセンス管理システムとして「Ansys License Manager」を採用した他、Ansys SCADEでは新しいAUTOSARコードジェネレータの実装、Blackberry QNXやSiemens Polarionとの連携が可能になりました。Ansys medini analyzeではAIAG-VDA FMEAと処置優先度（AP）への対応、リスクパラメータの編集が可能になった他、フォールトツリーでの定量的計算に対応しました。

We continue to improve the value of HPC licensing and add new capabilities to allow scalability to whatever computational level of simulation is required, from single-user or small user group options that enable entry-level parallel processing up to virtually unlimited parallel capacity.

Learn about the new HPC-based parametric licensing and get a detailed overview of all HPC licensing options, along with many examples.