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Coreform Webinars
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Upcoming webinars
Our free webinar series is designed to teach new and experienced users how to effectively use Coreform software. We always include question and answer sessions with our live webinars, so we highly recommend attending in person. However, if you can’t make it, all registrants will have access to the recording, and you can always ask questions on our forum.
Introduction to Python Scripting in Coreform Cubit
June 5th 2025 9am MST
In this webinar, led by Norbert Hofbauer, you will learn how to harness the power of Python scripting and the Python API in Coreform Cubit. Designed for users who are familiar with Python but new to its use in Coreform Cubit, this session will walk through three practical examples that demonstrate how to automate and customize workflows using Python. Whether you’re looking to streamline geometry creation, simplify meshing tasks, or integrate Cubit into a larger simulation pipeline, this webinar will give you the foundational tools to get started.
By the end of the session, you will:
- Understand the basics of using Python with Coreform Cubit, including how to run scripts and interact with the API
- Know how to use toolbar creation to make a unique button for your script
- Be able to use python scripting to run a simple convergence study
Meshing Mars: How Coreform Cubit Advances Paleomagnetic Insights from Returned Samples
July 21st 9am MDT
As scientists prepare to analyze magnetic signatures in samples returned from Mars, a major challenge stands in the way: how to accurately reconstruct the ancient Mar
tian magnetic field from small particles—where traditional core-based paleomagnetic methods often fail.
In this webinar, Wyn Williams from the University of Edinburgh’s School of GeoSciences presents a cutting-edge experimental workflow that dramatically improves our ability to decode Mars’ magnetic history—thanks in large part to the meshing capabilities of Coreform Cubit.
Learn how this research is used to:
- Create detailed finite-element meshes of individual magnetic particles identified using Quantum Diamond Microscopy.
- Enable micromagnetic modeling that reconstructs the strength and direction of each particle’s magnetization with high fidelity.
- Simulate complex subsurface magnetization structures that would be impossible to resolve with conventional tools.
- Support a scalable, particle-based method that reduces sample failure rates from 90% to nearly zero.
Whether you’re involved in geoscience or simulation-driven research, join us to see how Coreform Cubit is helping scientists discover the secrets of our universe.
Recorded Webinars
See why coreform is trusted by government and industry leaders around the world
From nuclear energy to automotive development, Coreform’s next-gen simulation tech
is changing the game for world class design and production teams.
