Explore the state of MFEM (Modular Finite Element Methods) in this 16-minute conference talk from the 2022 MFEM Workshop. Dive into the project's history, growth, and key capabilities presented by principal investigator Tzanio Kolev. Learn about MFEM's high-order mathematical calculations for large-scale scientific simulations, including adaptive mesh refinement, GPU support, and FEM operator decomposition. Discover the project's evolution through source code growth, community expansion, and recent features in the v4.5 release. Examine examples, mini-apps, and applications powered by MFEM. Gain insights into the FEM operator decomposition and partial assembly techniques. Conclude with a look at the project's roadmap for the upcoming year, outlining plans for FY23.
Overview
Syllabus
Intro
MFEM Cutting-edge algorithms for powerful applications on HPC architectures
A Brief History We've been doing this for a long time
The Source Code Has Grown Significantly SLOC in MFEM releases over the last 12 years
The Community Has Grown Significantly GitHub, downloads, and workshop stats
Examples The first stop for new users
Miniapps More advanced, ready-to-use physics solvers
Applications Some of the large-scale simulation codes powered by MFEM
FEM Operator Decomposition + Partial Assembly Decompose A into parallel, mesh, basis, and geometry/physics parts
Roadmap for Next Year Plans for FY23
Taught by
Inside Livermore Lab
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