流体解析ソフトウェア Particleworks
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      • DX時代の製品開発プロセスとCAEの重要性 >
        • 第1回 序 略歴とコラム紹介
        • 第2回 DXとデジタルエンジニアリング
        • 第3回 製品開発プロセスの目指す姿
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        • 第5回 評価CAEの概要と課題
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        • 第7回 企画CAEの概要と課題
        • 第8回 企画CAEの運用と応用
        • 第9回 設計CAEの概要と課題
        • 第10回 設計CAEの課題解決の進め方
        • 第11回 開発プロセス運用の仕組み作り
        • 第12回 まとめと変革の時代に求められるエンジニア像
      • 粒子法のいま、そして未来へ >
        • 第1回 粒子法のいま
        • 第2回 SPH法におけるカーネル近似とカーネル関数の条件
        • 第3回 SPH法における空間離散化
      • 粒子法の非圧縮条件とは
      • 粒子法入門 >
        • 第1回 粒子法って何?
        • 第2回 粒子法は、他の方法とどう違うか
        • 第3回 粒子法の大きさと質量について
        • ​第4回 「粒子の動かし方」と「加速度の求め方」について
        • ​第5回 計算時間を短縮する方法について
    • Technical Column >
      • Growing the particle method, and its present state >
        • 1. Present State of the Particle Method
        • 2. Kernel Approximation and Kernel Function Conditions in the SPH Method (Preparation for Spatial Discretization)
      • Incompressibility of the particle method
      • Introduction to the particle method >
        • 1. What is a particle method?
        • 2. In what ways is the particle method different from other methods?
        • 3. Mass and volume of particles
        • 4. How to move particles and how to calculate accelerations of particles
        • 5. How to shorten the simulation time
    • 粒子法用語集
    • Particle Method Glossary
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Prometech Releases the English Version of “Visualization Option”, an Optional Product for Particleworks and Granuleworks

7/3/2020

 
Prometech Software, Inc. (President: Tsuyoshi Sumiya, Head Office: Tokyo, hereinafter Prometech) today released the English version of “Visualization Option”, an optional product for Particleworks and Granuleworks.
 
Visualization Option is a tool for engineers and CAE analysts to easily perform photoreal visualization from simulation results obtained by Particleworks (liquid-flow simulation software) and Granuleworks (granular material simulation software). This optional product enables CG production by converting simulation results to CG formats compatible with various software. Visualization Option realizes high quality and diverse visualization expressions that are effective in digital reviews (presentations, sensory evaluations, etc.) and marketing and sales materials. Prometech plans to further develop this product to help engineers and CAE analysts to easily create 3DCG movies.
Picture
Picture
Stirring of Oil around Planetary Gears
Particleworks Simulation Result (Left) and The Rendered CG Image (Right)
Since its establishment in 2004, Prometech has been providing software and services aiming to merge simulation technologies and CG technologies. Along with the sales and technical support of CAE software, Prometech offers state-of-the-art visualization services using the latest computer graphics technology. Such services include creations of special graphical content, photoreal and high-quality CG video content, and interactive XR (VR/AR/MR) content, all of which are created by using simulation results, CAD data, drawings, and photos.
 
Having transferred “DWANGO CG Research”, a computer graphics research institute, to Prometech, we have successfully established “Prometech CG Research” as one of our divisions in early 2019. We are continuously investing in computer graphics research and development. We believe that the release of Visualization Option will accelerate the fusion of simulation and CG and lead to innovative technologies in product design, development, and evaluation in a wide range of industries.
 
■Website: https://www.particleworks.com/visualization_option_en.html

■Pricing: Contact us for pricing details.

Prometech has released “Particleworks for ANSYS 1.2”, an enhanced version of the interface product for “Ansys”

7/1/2020

 
Prometech Software, Inc. (President: Tsuyoshi Sumiya, Head Office: Tokyo, hereinafter Prometech) released “Particleworks for ANSYS 1.2”, an enhanced version of the interface product between Particleworks and the world-leading multiphysics simulation software Ansys, on July 1, 2020.

Particleworks is a mesh-free liquid-flow simulation software based on the moving particle simulation (MPS) method, which is capable of complicated fluid simulations such as liquid dropping, mixing, lubrication, spraying, sloshing and splashing. Because of its easy-to-use operation and unique simulation capabilities, Particleworks has been introduced mainly in the automotive industry and other various fields including machinery, electronic, material, food, chemical, biomedical, energy, and civil engineering industries all over the world. Coupling such complicated liquid behaviors with other physical phenomena such as structure, heat, and airflow, it enables more realistic design verifications much closer to actual products’ behavior. There have been many inquiries related to complex physical phenomena through the coupled analysis of Particleworks and other CAE software, and it is expected that its utilization will spread further.

Particleworks for ANSYS is an interface product for Ansys that complements the wide analysis area of Ansys and further expands the range of phenomena to be studied. This product allows you to use Particleworks on the Ansys Workbench environment. Combined with the simulation functions of Ansys, it enables coupled calculation with Ansys Mechanical such as structural deformation calculation and thermal calculation using the fluid pressure and heat transfer coefficient obtained by Particleworks. You can also use the airflow obtained by Ansys Fluent (CFD software), apply it to Particleworks, and run coupled calculation. The latest version of this product, Particleworks for ANSYS 1.2, supports the airflow obtained by transient calculation in addition to the airflow from steady-state calculation in Ansys Fluent.

Here is a jet spray example. 

  1. Start with Ansys Fluent to run the airflow simulation around a jet spray
  2. Run Particleworks to analyze the behavior of the sprayed water based on the transient airflow data obtained by Ansys Fluent.

You can accurately capture the movement of the sprayed water that changes over time with such coupled calculation. These operations are done on Ansys workbench with Particleworks for ANSYS 1.2 in an easy manner.
Picture
Picture
Left: Calculating the Transient Airflow by Ansys Fluent
Right: Calculating the Behavior of Water Spray from a Nozzle by Particleworks(With Transient Airflow
The combination of Ansys Fluent and Particleworks in the Ansys Workbench environment now supports transient calculation. Prometech believes that the evaluation and understanding of fluid phenomena in the design and development phases will further accelerate with Particleworks for ANSYS 1.2 and that it will contribute to strengthening the competitiveness of its users. We will continue expanding and enhancing the functions of the interface between Particleworks and Ansys.

■ Pricing: Contact us for pricing details.

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  • Home
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  • Case Examples
    • Particleworks解析事例
    • Particleworks Case Examples
    • User Interview
    • World-Wide User Case Studies
  • Features
    • What is MPS?
    • Simulation Flow
    • Pre- and Post-Processing
    • Physics
    • Multiphysics Solution
    • GPU High Performance Computing
    • Operation environment
  • Particleworks for Ansys
  • News
  • Seminar, Event
  • Technical
    • 粒子法・MPS法
    • 技術コラム >
      • DX時代の製品開発プロセスとCAEの重要性 >
        • 第1回 序 略歴とコラム紹介
        • 第2回 DXとデジタルエンジニアリング
        • 第3回 製品開発プロセスの目指す姿
        • 第4回 DX時代のCAE
        • 第5回 評価CAEの概要と課題
        • 第6回 評価CAEの課題解決手法
        • 第7回 企画CAEの概要と課題
        • 第8回 企画CAEの運用と応用
        • 第9回 設計CAEの概要と課題
        • 第10回 設計CAEの課題解決の進め方
        • 第11回 開発プロセス運用の仕組み作り
        • 第12回 まとめと変革の時代に求められるエンジニア像
      • 粒子法のいま、そして未来へ >
        • 第1回 粒子法のいま
        • 第2回 SPH法におけるカーネル近似とカーネル関数の条件
        • 第3回 SPH法における空間離散化
      • 粒子法の非圧縮条件とは
      • 粒子法入門 >
        • 第1回 粒子法って何?
        • 第2回 粒子法は、他の方法とどう違うか
        • 第3回 粒子法の大きさと質量について
        • ​第4回 「粒子の動かし方」と「加速度の求め方」について
        • ​第5回 計算時間を短縮する方法について
    • Technical Column >
      • Growing the particle method, and its present state >
        • 1. Present State of the Particle Method
        • 2. Kernel Approximation and Kernel Function Conditions in the SPH Method (Preparation for Spatial Discretization)
      • Incompressibility of the particle method
      • Introduction to the particle method >
        • 1. What is a particle method?
        • 2. In what ways is the particle method different from other methods?
        • 3. Mass and volume of particles
        • 4. How to move particles and how to calculate accelerations of particles
        • 5. How to shorten the simulation time
    • 粒子法用語集
    • Particle Method Glossary
    • 参考文献・ウェブサイト
    • Reference Book/URL
    • 論文・講演
  • Contact
    • 導入の流れとライセンス形態
    • Particleworks / GranuleworksプリインストールGPU搭載ワークステーション
    • 開発元・パートナー
    • Developers, Partners
    • お問い合わせ
    • Contact Us