Electromagnetism in LS-DYNA

This course provides an introduction to the Electromagnetics (EM) solver in LS-DYNA. The Maxwell
equations are solved in the Eddy-Current approximation suitable for cases, where the propagation
of electromagnetic waves in air (or vacuum) can be considered as instantaneous. The solver is coupled
with the solid mechanics and thermal solvers of LS-DYNA allowing the simulation and solution of
applications such as magnetic metal forming, welding, bending, induced heating, resistive heating
and so forth.


The course includes a presentation of the solver’s general principles and applications, a complete
keyword description for setting up an Eddy-Current problem, an introduction to the more advanced
features (Inductive heating problems, exterior magnetic field, magnetic materials and so forth)
as well as an advanced description of the available controlling tools to ensure a safe analysis.

Key electromagnetic concepts are reviewed throughout the course and a general knowledge about electromag-
netics is therefore appreciated but not mandatory.

 

Please visit the DYNAmore GmbH website to register.

Contents

  • Introduction and applications
  • General principles
  • Maxwell equations
  • FEMSTER library
  • FEM and BEM coupled system
  • Setting up a EM problem step by step
  • The EM timestep
  • Circuits
  • EM materials and equation of states
  • Advanced functionalities
  • Controlling and monitoring the analysis
Details
   
Date 14.10.2020 - 14.10.2020 (1 day)
Lecturers I. Çaldichoury
Location Stuttgart (GER)
Languages English
Price
Standard (600 € + VAT)
Employee of University (300 € + VAT)
Student (300 € + VAT)
ICal
Registration and Information

General information

 

Contact
contact Mikael Schill
  • LS-DYNA
  • Material modeling
  • Forming Technology
contact Elizabeth Mäki Björklund
  • Sales Coordinator
  • Seminar Organization
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