Simcenter-FloMASTER

Simcenter-Flomaster

FloMaster為全球著名的一維熱流系統模擬軟體,針對流體機械及管流問題進行建模及分析,特別適合於複雜系統的早期研究使用。它準確且快速的計算核心可以用來研究整個流體系統的效能,包括壓力的波動,溫度值及流量結果。也可以讓系統工程師了解設計變更 (元件尺寸改變及選用) 及操作條件對整理系統的影響。



更多產品資訊請參考: https://www.mentor.com/products/mechanical/flomaster/flomaster/

Simcenter-FloMaster產品特色:

1.完善的 資料庫與分析元件

Flowmaster內建多元的元件資料庫(Component databases),例如馬達、噴嘴、軸承、汽缸、活塞、閥件、管件、泵類、壓縮機、等。工程師可藉由提供的元件建立系統分析所需要的架構,以各類元件(components)串連成系統進行模擬分析。

2.整合多種領域的工程分析工具

  • CAD Integration: AVEVA PDMS, Bentley Autoplant, COADE CadWorx
  • Pipe Stress Integration: CAESAR II®, SST CAEPIPE, ROHR2, TRIFLEX®
  • Process Integration and Design Optimization (PIDO): Esteco modeFRONTIER, Noesis Optimus
  • Integration Platforms: MPCCI, TLK-Thermo TISC, Functional Mock-Up Interface (FMI), MATLAB® Simulink®
  • 3D-CFD: FloEFD, Ansys Fluent, CD-Adapco
  • Office Products: Microsoft Excel Customized Integrations:
  • Customize & Extend FloMASTER to fit your development processes by embedding your intellectual property to model bespoke systems, or in-house code through FloMASTER’s open API.
  • Automate tasks using FloMASTER’s automation capabilities to batch run parametric studies and prototype digital testing procedures

FloMaster 應用領域

Aerospace

Environmental Control System (ECS) Modeling & Simulation

Fuel & Propulsion System Modeling & Simulation

Hydraulic System Modeling & Simulation


Power & Energy

Gas Turbine System Modeling & Simulation

Fossil Fuel System Modeling & Simulation

Renewable Energy System Modeling & Simulation

 

Process & Marine

Cooling Water System Modeling & Simulation

Industry Gas System Modeling & Simulation

Safety System Modeling & Simulation

Marine System Modeling & Simulation


FloMASTER Capabilities

  • Steady State and Transient Simulation for Liquid, Gas and Two-Phase Systems,
  • Heat Flow into and out of a System including System Interaction,
  • Flow Balancing of Liquid and Gas Systems,
  • Integrated Performance Data from Internal Flow Systems by D.S. Miller,
  • Extensive Component Libraries including Dedicated Industry Vertical Components,
  • Rapid Transient Modeling including Vapor Cavities,
  • System Start-up including Priming of Pipes,
  • Tracking Relative and Absolute Humidity,
  • Choking in Compressible Systems,
  • Joule-Thomson Effect,
  • Heat Capacitance in Transient Systems,
  • Fluid Mixing,
  • Design of Experiment Parametric and Monte Carlo Study Analysis,
  • Gas Turbine Secondary Air Systems including Geometric Cavities and Swirl,
  • 3D Characterization of Components through Simulation Based Characterization,
  • Link to Common Engineering Tools such as MATLAB and Excel,
  • User Written Components,
  • Zero Flow Heat Transfer,
  • 3D Visualization and Segmentation of Heat Exchanger Cooling Packs,
  • Parametric Simulation and FMI Model Generation,
  • CAD Import from PCF, and
  • Open API for System Integration and Automation.
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