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Training

Dynaflow Research Group
  • Engineering
    • Projects
    • Mechanical
    • CFD & Surge Analysis
    • Pulsations & Vibrations
    • Fiberglass Engineering
    • Geothermal Wells
  • Software
    • Flow Analysis
      • BOSfluids
      • BOSpulse
    • Structural Analysis
      • FEPipe
      • NozzlePRO
      • FEATools
    • Academic
      • Jive
    • Tools
      • ISOtracer
      • BOSview
      • BOS B31
  • Training
  • Career
  • News
  • contact

Dynaflow RESEARCH GROUP

Jive

DRG provides both a regular Jive introduction course and custom-made courses that are aimed at specific topics. The introduction course takes four days and covers all essential topics to get started with Jive. The basis of this course is formed by the tutorials available on this web site. Of course, you can work through these tutorials on your own, but following a course has several advantages: it sets a schedule; it offers the opportunity to ask questions; it provides additional information that is not part of the tutorial; and it is a good occasion to meet other Jive users. The Jive courses by DRG are normally presented in or near Delft in The Netherlands, but they can also be presented elsewhere on request. If you would like to present a Jive training course yourself, please do so! This is not an activity that is exclusively reserved to DRG.

Course description

The Jive introduction course explains the essential concepts of developing Jive applications. In particular, it explains how Jive, and its underlying library Jem, is organised; it explains the logical and mathematical concepts on which Jive is based; and it shows how to use classes from Jive to build your own applications. The course mixes theory with practical, hands-on exercises. These exercises enable you to apply newly learned knowledge in smaller and larger contexts, and thus provide an opportunity to really understand the classes provided by Jive. The course ends with a step-by-step description of a complete non-linear application involving a structural damage model. This application could serve as a basis for developing your own Jive application. After completing the course, you should be able to find your way in the large collection of classes offered by Jive. You should be able to start using those classes to implement sophisticated, non-linear solution algorithms and material models.

Course details

Prerequisites:

In order to successfully complete the Jive introduction course, you must have experience with the C++ programming language and the finite element method. In particular, you must be familiar with the essential C++ concepts such as classes, virtual functions and templates.

Topics

  • Introduction
  • A tour of Jem
  • How to use Jem
  • Modules and models
  • Built-in Jive modules
  • Built-in Jive models
  • Non-linear example

Course Dates

Related Online Courses

No online courses are currently scheduled.

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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