> PROGRAM > Workshops

All workshops will be held on Sunday, July 13 (1:00 PM - 6:00 PM) and have limited capacities (maximum 20 participants).

Machine learning in multibody systems

Lecturers:

Grzegorz Orzechowski (LUT University) and Peter Manzl (University of Innsbruck)

Description: tba

Workshop on spatial operator algebra

Lecturers:

Abhinandan Jain (JPL, Pasadena, CA)

Description: tba

Introduction and hands-on with flexible multibody simulation tool Exudyn

Lecturer:

Johannes Gerstmayr (University of Innsbruck)

Description: We are excited to announce a specialized workshop on Exudyn, the easy-to-use tool for simulating flexible multibody systems. Whether you're a seasoned engineer or a researcher in dynamics, this workshop is designed to introduce you to basic architecture of Exudyn as well as hands on modelling of multibody systems with Exudyn. In advanced examples, you can create flexible bodies, including modal reduction, perform parameter optimization, play around with reinforcement learning, or bring your own applications.

  • Session 1 - Introduction to Exudyn: Get acquainted with Exudyn's documentation, capabilities and architecture.
  • Session 2 - Rigid-Body Tutorial: Work through basic tutorials that demonstrate the setup and simulation of rigid-body systems.
  • Session 3 - Advanced Example: Explore a more complex simulation scenario with guidance from experts. Participants are encouraged to bring their own dynamic system problems for discussion and troubleshooting.

Requirements:

  • Participants must bring their own laptop with Python and Anaconda installed. We recommend using a recent or the latest versions to ensure compatibility.
  • A basic understanding of multibody system dynamics is recommended.
  • Ideally, participants should have Exudyn (latest release) installed and have explored the documentation available on the Read the docs: https://exudyn.readthedocs.io

For detailed installation instructions and more about Exudyn, please visit the Exudyn GitHub repository.

greenBoxECCOMAS
Nach oben scrollen