Resistive Heating and Battery Modeling

This course is based on the Electromagnetics (EM) solver of LS-DYNA. The
EM module computes the Maxwell equations and is embedded into LS-DYNA
following LSTCs one-code strategy, thereby allowing for an efficiently
coupling to the solid-mechanics and the thermal solver.

The seminar presents the solver’s general principles, a complete keyword
description for setting up simulation models, on the one hand, to
compute inductive and resistive heating problems. On the other hand, the
modelling of batteries is addressed. Thereby exploiting the
Randles-circuit approach to describe the charging and discharging
process as well as the accompanying heat production.

Contents

Resistive heating solver
-Principles
-Solid and thermal coupling
-Source terms and case studies
-Contact and Erosion
-Wire modeling

Resistive Spot Welding (RSW)
-Physical concept and industrial background
-Numerical modeling

Battery module
-Simulation objectives
-Randle circuits
-Solid and Tshell-element models

Dates
Dates Duration/days Registration Referee Language Location Fee
15.10.2020
1 day Registration
Iñaki Çaldichoury
Stuttgart (GER)
600 €

Lecturers

Iñaki Çaldichoury
Iñaki Çaldichoury

Livermore Software Technology Corporation
(LSTC) – Software-Entwickler LS-DYNA
Referent der Seminare:
-     Elektromagnetismus in LS-DYNA
-     ICFD – Unkompremierbare Flüssigkeitslöser
-     CESE – Kompremierbare Flüssigkeitslöser

Contact
contact Maik Schenke
  • Training Courses
  • Multiphysics
contact Carina Sieber
  • Seminar Organization
  • Marketing
  • Order Processing
0