Beyond the introductory tutorial, the official tutorials page at lsdyna.ansys.com hosts an extensive collection of learning materials. The "Getting Started with LS-DYNA" manual presents very simple examples to be used as templates or recipes. It emphasizes the keyword input structure, where similar functions are grouped together under the same keyword—for example, under the keyword *ELEMENT, solid, beam, and shell elements are included. The manual recommends following a general block structure: define solution control and output parameters, define model geometry and material parameters, and define boundary conditions.
DYNAmore Nordic, an official LS-DYNA partner, provides a free video library containing training videos and tutorials about numerous LS-DYNA applications and all other products they offer. Access requires entering your contact information, after which the content is valid for 72 hours.
To master LS-DYNA, structure your learning around these fundamental topics, often highlighted in the best free tutorials: 1. Introduction to Keyword Input ls dyna tutorials free
Many researchers publish their LS-DYNA input decks on GitHub. Search for ls-dyna keyword file or crash simulation k file . You can download entire foldable phone simulations, ballistic impact models, or MEMS devices. Study their keywords. That is a live, free tutorial.
: Many free tutorials focus on editing the .k file, giving you a deeper understanding of how the solver works, rather than just clicking buttons in a GUI. Conclusion The manual recommends following a general block structure:
Several sources offer free LS-DYNA tutorials, including:
DYNAmore's YouTube channel regularly posts webinar recordings on specialized topics. One example is the webinar "Short Overview of Damage and Failure Models in LS-DYNA," which provides valuable insights into advanced material modeling. To master LS-DYNA, structure your learning around these
: A free utility used to schedule and start simulations on local or remote machines. Top Free Tutorial Resources
For users interested in programmatic approaches to LS-DYNA, PyDyna examples demonstrate how to create keyword files and solve problems within a Pythonic environment. Examples include John Reid's pendulum example and the Taylor bar example from the LS-DYNA Knowledge Base, showing how to integrate LS-DYNA simulation into automated workflows.
: Frequently recommended for its "hollow tube compression" and "ball on plate" tutorials.
: These focus on the basics of running simulations using LS-Run and LS-PrePost , typically featuring examples like crushing a square tubular structure. The Simulation of a Lifetime