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Explore a comprehensive conference talk introducing Bcube.jl, a cutting-edge open-source Julia package designed for solving partial differential equations on unstructured meshes. Learn about this innovative tool developed at ONERA that implements finite element and discontinuous Galerkin methods to enable flexible, efficient, and unified multi-physics simulations. Discover the package's underlying philosophy and sophisticated architecture while examining its practical capabilities through diverse real-world examples. Gain valuable insights into leveraging Julia programming language within industrial research environments, understanding how this modern computational approach can transform PDE solving workflows. The presentation covers the technical foundations of the package, demonstrates its versatility across different physics domains, and provides practical guidance for researchers and engineers looking to implement advanced numerical methods in their work.
