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Training

Dynaflow Research Group
  • Engineering
    • Projects
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    • CFD & Surge Analysis
    • Pulsations & Vibrations
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    • Well Technology
  • Software
    • Flow Analysis
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      • BOSpulse
    • Structural Analysis
      • FEPipe
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Dynaflow RESEARCH GROUP

OpenFOAM & HELYX

OpenFOAM & HELYX Training Course

During this 2-day training, the participants will be introduced to the open-source CFD technology OpenFOAM® using HELYX-OS. The most commonly used CFD solver capabilities of OpenFOAM® will be explored, combined with an in-depth look in the structure of the Computational Fluid Dynamics Library, which forms the base of all OpenFOAM® fluid flow solvers. The open-source native GUI HELYX-OS, developed by Engys Ltd. will be used extensively. This OpenFOAM®/HELYX-OS training course aims to achieve the following goals:

  • Getting started and become familiar with the OpenFOAM® framework, commonly used solvers and relevant industrial examples.
  • Learn to use the open-source Graphical User Interface HELYX-OS as the native front-end for OpenFOAM®.

The participants will be introduced to fluid dynamics and corresponding CFD methods and solvers that are available in OpenFOAM®. The front-end software package HELYX-OS will be introduced and extensively used to model and analyze industrial case studies in different fields such as incompressible/compressible flows, heat transfer and multiphase flows. The training course material has been developed by Engys Ltd. (the developers of HELYX-OS) and will be presented by one of the DRG consultants who actively uses OpenFOAM® and HELYX-OS within their project work.

Course details

Intended for:

The training course is intended for engineers involved in fluid flows and heat transfer problems in industry that are considering or using OpenFOAM®.

Prerequisites:

Basic theoretical background on flow and heat transfer mechanisms is preferable.

Not sure? Please contact us.

Topics

  • HELYX-OS: overview/methodology/workflow
  • Theory and cases in Snappy HexMesh
  • Steady-State solvers (compressible and incompressible)
  • MRF and Porous media in steady state cases
  • RANS models and application (k-Epsilon, SA, k-omega, v2f)
  • Transient solvers (PIMPLE): URANS or DES flows
  • Thermal transport and buoyant flows
  • Overview of Paraview and walk through of methodology
  • Overview of batch processes in OpenFOAM®

Course Dates

Related Online Courses

 
Location
Time
Language
 
HELYX-OS for OpenFOAM CFD – Fundamentals
Online
Instructor-led Live
English
 
Register

Classroom Trainings

*) Prices are per person, excluding VAT. The costs include training material, lunch and refreshments during the training course.

Please contact us for more information.

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