流体解析ソフトウェア Particleworks
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        • 1. Present State of the Particle Method
      • Incompressibility of the particle method
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        • 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
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Coupling Simulation with Particleworks and RecurDyn is Now Available on Rescale Cloud HPC Platform

3/9/2018

 
Prometech Software, Inc. (Head office: Tokyo; Fujisawa Toshimitsu, CEO; hereafter Prometech), FunctionBay, Inc. (Head office: Pangyo, KOREA; Michael Jang, CEO; hereafter FunctionBay), and Rescale, Inc. (Head office: San Francisco; Joris Poort, CEO) are pleased to announce that Particleworks and RecurDyn are now available on Rescale’s platform for HPC in the cloud.  By running Particleworks and RecurDyn on Rescale’s  ScaleX platform, engineers can instantly perform massive-scale fluid dynamics and multi-body coupling simulations on the latest HPC hardware including GPUs and InfiniBand. Users can execute large-scale simulations without resource constraints, thereby accelerating simulation turnaround time, enabling full design space exploration, and shortening time to market.
 
Particleworks, provided by Prometech, is a leading software for simulating the movement of fluids including large free surface deformation which is considered to be very difficult to simulate. Prometech’s cutting-edge, particle-based simulator makes it easy to create and analyze 3D models in a variety of industrial contexts ‒ from oil sloshing of powertrains, cooling of engine oil and motors, and car driving in flooded roads for the automotive industry to mixing and kneading for medicine and plastics. With an intuitive interface, an ultra-fast solver, and powerful visualization tools, Particleworks supports effective product development and design optimization. Its state-of-the-art and user-friendly capabilities have been highly praised around the world. Now Particleworks has been introduced to a wide range of industries in many countries around Asia, Europe, and America.
 
RecurDyn, provided by FunctionBay, is an interdisciplinary, computer-aided engineering (CAE) software package whose primary function is the simulation of multibody dynamics (MBD). RecurDyn simulates both rigid and flexible body dynamics by combining traditional rigid MBD with cutting-edge finite element technology for modeling flexible bodies. In addition, RecurDyn also includes a tightly-integrated controller design tool, design optimization, particle dynamics for granular materials, and durability and fatigue analysis. RecurDyn also supports co-simulation with various other computer-aided engineering software tools. RecurDyn is widely used by more than 450 companies in more than 30 countries around the world in a variety of fields including automotive, general machinery, defense, construction, and aerospace to predict and analyze the behavior of the moving machines.
 
By running Particleworks and RecurDyn on the Rescale ScaleX platform,. engineers can accelerate their analyses using unlimited cores and the latest hardware architectures. In addition, customers can use Rescale’s ScaleX platform to collaborate seamlessly with team members and customers. Rescale meets the industry's most stringent security standards, such as SOC 2 Type 2, ITAR, and HIPAA, as well offering additional security features including VPN, multi-factor authentication (MFA), IP restrictions, and pre-phase data encryption.
 


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Home
事例
 - 解析事例
 - ユーザーインタビュー
機能
 - MPS法とは
 - 解析フロー
 - Pre/Post
 - ソルバ機能と物理モデル
 - 多様な連成解析
 - 高速計算
 - Visualization Option
Particlework for SOLIDWORKS
Particlework for ANSYS
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 - セミナー・イベント
 - 粒子法・MPS法
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  • Home
  • Home
  • 事例
    • Particleworks解析事例
    • Particleworks Case Examples
    • ユーザーインタビュー
    • User Interview
    • 海外ユーザー事例
    • World-Wide User Case Studies
  • 機能
    • MPS法とは
    • What is MPS?
    • 解析フロー
    • Simulation Flow
    • Pre/Post
    • Pre- and Post-Processing
    • ソルバ機能と物理モデル
    • Physics
    • 多様な連成解析
    • Multiphysics Solution
    • 高速計算
    • GPU High Performance Computing
    • Visualization Option
    • Visualization Option
  • Particleworks for SOLIDWORKS
  • Particleworks for SOLIDWORKS
  • Particleworks for ANSYS
  • Particleworks for ANSYS
  • News
  • News
  • セミナー・イベント
  • 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
      • 粒子法のいま、そして未来へ >
        • 第1回 粒子法のいま
      • 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
      • 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
    • 開発元・パートナー
    • Developers, Partners
    • お問い合わせ
    • Contact Us