OpenFOAM & HELYX

About the 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. 
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.

    Classroom

    2-day course

    English

    Course Objective

    “Learn to use OpenFOAM and HELYX-OS for projects

    Program & Details

    Results

    • 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®.

    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 and level

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

    • Not sure? Please contact us.

    Selected course format

    Classroom

    Price on request
    • Face-to-face with instructors
    • On-site or in Rijswijk
    • Printed course materials
    • Lunch included
    • For teams

    Related courses in

    Acoustic and Flow Induced Vibrations

    About the course Acoustic Induced Vibrations (AIV) and Flow Induced Vibrations (FIV) can cause piping systems to vibrate potentially resulting in fatigue failure. These excitation mechanisms are non-linear

    Read More »