150 Issue DYNAmore News

European LS-DYNA Conference: Call for Papers / Introduction of the new product generation SCALE.sdm / CADLM and DYNAmore now distribution partners / Selection of webinars / New on-demand video seminars available/ DYNAmore Express Webinar slides available / Update LS-DYNA Tools / THUMS now available free of charge / Dynaform 6.1. available / AIMM research project on AI

Published on February 24, 2021

1.) European LS-DYNA Conference: Call for Papers
2.) Introduction of the new product generation SCALE.sdm
3.) CADLM and DYNAmore now distribution partners
4.) Selection of webinars
5.) New on-demand video seminars available
6.) DYNAmore Express Webinar slides available
7.) Update LS-DYNA Tools
8.) THUMS now available free of charge 
9.) Dynaform 6.1 available
10.) AIMM research project on AI

1. European LS-DYNA Conference: Call for Papers
The 13th European LS-DYNA Conference will take place as a hybrid event in Ulm and online on October 5-6, 2021. You are invited to » submit your abstract until May 18 - we are looking forward to your contribution!

2.  Introduction of the new product generation SCALE.sdm
SCALE will present the new product generation SCALE.sdm in free webinars on March 2 and 5, 2021. More information and registration can be found » here.

3. CADLM and DYNAmore now distribution partners
DYNAmore now distributes the ODYSSEE software package from CADLM. More information about the functionality of ODYSSEE can be found » here or at the » webinar on March 26, 2021.

3. Selection of webinars
- Recent developments in the DYNAmore Nordic Python toolbox to visualize and build tools for LS-DYNA (26. Februar)
» Registration

- Introduction to Isogeometric Analysis with LS-DYNA (1 March)
» Registration

- Introduction to LS-PrePost (1-2 March)
» Registration

- Introduction to LS-DYNA (2-4 March, 3-5 March, 10-12 March)
» Registration

- Presentation of the new product generation SCALE.sdm (2 and 5 March)
» Registration

- Advanced Damage Modeling - Orthotropic Materials (8-9 March)
» Registration

- ICFD Incompressible Fluid Solver (9 March)
» Registration

- Optimization with ANSA, LS-OPT and META (10 March)
» Registration

- Introduction to SPG Method for Manufacturing and Material Failure Analysis (15-16 March)
» Registration

- User Interfaces in LS-DYNA (18 March)
» Registration

- La méthode S-ALE dans LS-DYNA (18 March)
» Registration

- Electromagnetism in LS-DYNA (22-23 March)
» Registration

- Resistive Heating and Battery Modeling (24 March)
» Registration

- Implicit Analysis using LS-DYNA (25-26 March)
» Registration

- Real-time crash simulation and optimization via a ODYSSEE-LS-DYNA coupling (26 March)
» Registration

- Introduction to Simulation Data and Process Management in LoCo (29 March)
» Registration

- User Materials in LS-DYNA (31 March)
» Registration

- LS-OPT Optimization (8 April)
» Registration

- LS-OPT Robustness (9 April)
» Registration

5. New on-demand video seminars available
The recordings of the webinars » Introduction to LS-PrePost and » Implicit Analysis using LS-DYNA are now part of our on-demand online offer.

6. DYNAmore Express Webinar slides available
The slides of the webinar "Hints when switching from an explicit to an implicit deck" from February 5, 2021 are now available for download on our » website.

7. Update LS-DYNA ToolsThe useful LS-DYNA tools have recently been updated. More information can be found » here

8. THUMS now available free of charge 
Future THUMS human models will be available free of charge from Toyota. More information about the conditions can be found » here. For further questions and support please do not hesitate to contact us.

9. Dynaform 6.1 available
The latest generation of Dynaform represents a big version leap. The user interface has been completely revised and optimized in terms of user-friendliness and intuitiveness. More information can be found » here.

10. AIMM research project on AIDYNAmore is part of the Artificial Intelligence for Material Models (AIMM) research project. The objective is to complement or replace the classical model-based material characterization by an alternative, data-driven material modeling. More information can be found » here.