[Simvia Insider #03] Webinar about Meshlane - How to move meshes and results reliably between simulation codes?

Put an end to failed conversions: Master the interoperability of your meshes

On July 23, discover meshlane, our open-source descendant of meshio, and learn how to reliably move meshes and simulation results between simulation codes.

Moving meshes and simulation results between different codes should be straightforward. In practice, it's often one of the most frustrating parts of a simulation workflow.

Lost groups, missing metadata, unsupported formats, parser failures, or memory issues with large meshes can quickly turn a simple conversion into hours of debugging.

Join us for this webinar and discover how meshlane makes mesh and result interoperability reliable again.

If you regularly exchange meshes between different simulation codes, you've probably experienced one (or more) of these issues:

• Mesh conversion silently drops groups, units or metadata
• MED files containing multiple meshes or time-dependent results don't round-trip correctly
• Large or non-standard meshes break parsers or require excessive memory
• Existing interoperability tools are no longer actively maintained

Rather than working around these limitations, discover an open-source solution designed to make mesh interoperability simpler, more robust, and easier to maintain.

During this webinar, you'll discover:

• Why we created meshlane and how it relates to meshio
• How to install and use meshlane from both the command line and Python
• How to reliably exchange meshes and simulation results between different simulation codes
• The latest improvements to MED support, including multi-mesh files, multi-timestep results, metadata and units
• New OpenFOAM and Ansys/APDL compatibility for your FEA and CFD workflows

Who is this webinar aimed at?

This webinar is intended for:

• CAE engineers
• FEA and CFD engineers
• Simulation software developers
• Researchers working with multiple simulation tools
• Anyone using meshio, MED, OpenFOAM or Ansys/APDL